task hazard analysis
TRANSCRIPT
February 2019 Page 1
Task Hazard Analysis
General (GEN)
Assisting Students with Personal Hygiene Needs ............................................................... 1
Bite Care of Human, Animal, and Insect Bites ................................................................... 2
Body Fluids Clean-up ......................................................................................................... 3
Classroom and Teaching Equipment Clean-up ................................................................... 4
General Use of Electrical Equipment.................................................................................. 5
Genie Lift AWP 30 S .......................................................................................................... 6
Ladder Usage (general) ....................................................................................................... 7
Ladder Usage (portable/extension ladder) .......................................................................... 8
Ladder Usage (step ladder) ............................................................................................... 10
Lifting or Transferring Students ....................................................................................... 11
Operation of School Stores ............................................................................................... 12
Plaster of Paris – Mixing, Sanding, and Handling ............................................................ 14
Proper Hand Washing Technique ..................................................................................... 15
Replacing Lamps in Projectors – Models NP110/NP115/NP215..................................... 16
Replacing Lamps in Projectors – Models NP410/NP510W/NP610S .............................. 17
Skin and Scalp Infections (Response to)........................................................................... 18
Use of Kiln ........................................................................................................................ 19
Science (SCI)
Bunsen Burner .................................................................................................................... 1
Concentrated Acids – Use and Storage ............................................................................... 2
Culture Plates (Use of) ........................................................................................................ 3
Dissecting Specimens ......................................................................................................... 4
February 2019 Page 2
Task Hazard Analysis Science (SCI) continued…
Heating Liquid in a Test Tube (With a Bunsen Burner) ..................................................... 6
Induction Coil ..................................................................................................................... 7
Inserting/Removing Glass Tubing ...................................................................................... 8
CTS – Construction (CON)
Band Saw ............................................................................................................................ 1
Circular Saw ....................................................................................................................... 3
Compound Mitre Saw and Sliding Compound Mitre Saw ................................................. 5
Drill Press ........................................................................................................................... 6
Jointer.................................................................................................................................. 7
Radial Arm Saw .................................................................................................................. 9
Router................................................................................................................................ 11
Router Table ..................................................................................................................... 13
Sander – Mounted (Disc/Belt) .......................................................................................... 15
Table Saw ......................................................................................................................... 17
Thickness Planer ............................................................................................................... 19
Wood Lathe ....................................................................................................................... 21
Wood Shaper ..................................................................................................................... 23
CTS – Fabrication (FAB)
Abrasive Cut Off Saw ......................................................................................................... 1
Arc Cutting (Air Carbon/Plasma) ....................................................................................... 2
Arc Welding (Shield Metal/Flux/Gas Tungsten/Plasma) ................................................... 3
Bench/Pedestal Grinder ...................................................................................................... 6
February 2019 Page 3
Task Hazard Analysis CTS – Fabrication (FAB) continued…
Metal Lathe/Milling Machine ............................................................................................. 8
Oxyacetylene Welding/Cutting ........................................................................................... 9
Soldering ........................................................................................................................... 12
Wire Wheel/Buffer............................................................................................................ 13
CTS – Mechanics (MEC)
Batteries (Removal/Installation) ......................................................................................... 1
Battery Charger ................................................................................................................... 2
Booster Cables .................................................................................................................... 3
Brake Lathe ......................................................................................................................... 5
Car Ramps ........................................................................................................................... 6
Compressed Air .................................................................................................................. 7
Cooling System Repair (Radiator) ...................................................................................... 8
Engine Crane ....................................................................................................................... 9
Hoists/Wheel Alignment Machines .................................................................................. 10
Hydraulic Jacks ................................................................................................................. 11
Hydraulic Press ................................................................................................................. 12
Jack Stands ........................................................................................................................ 13
Operating Engines ............................................................................................................. 14
Pneumatic Tools ............................................................................................................... 15
Refueling Vehicles from Portable Containers .................................................................. 16
Sand Blasting (In Cabinet) ................................................................................................ 17
Strut Compressor .............................................................................................................. 18
Tire Machine ..................................................................................................................... 19
February 2019 Page 4
Task Hazard Analysis CTS – Mechanics (MEC)continued…
Transmission Jacks ........................................................................................................... 20
Under Vehicle Maintenance/Repairs ................................................................................ 21
Valve Grinders .................................................................................................................. 22
Vehicle Movement ............................................................................................................ 23
Washing Parts (In a Solvent Tank) ................................................................................... 24
CTS – Foods (FOOD)
Deep Fryer .......................................................................................................................... 1
Dish Washing Machine ....................................................................................................... 2
Dough Mixer ....................................................................................................................... 3
Garburator ........................................................................................................................... 4
Knives ................................................................................................................................. 5
Meat Slicer .......................................................................................................................... 6
Microwaves/Ovens ............................................................................................................. 7
Ranges/Grills ...................................................................................................................... 8
Walk in Cooler/Freezer ....................................................................................................... 9
Caretaking (CAR)
Bleach Solution for Sanitization and Disinfection (Use and Preparation) .......................... 1
Bleachers and Risers (Set-up and Take down) ................................................................... 3
Body Fluids Clean-up ......................................................................................................... 4
Condom and Needle Debris Clean-up ................................................................................ 5
Employee Roof Access ....................................................................................................... 6
Flood and/or Water Damage Clean-up ............................................................................... 7
Flood and/or Water Damage Caused by Sewage or Contaminated Sources....................... 9
February 2019 Page 5
Task Hazard Analysis Caretaking (CAR) continued…
Genie Lift AWP 30 S ........................................................................................................ 11
Ladder Usage (general) ..................................................................................................... 12
Ladder Usage (portable/extension ladder) ........................................................................ 13
Ladder Usage (step ladder) ............................................................................................... 15
Leaf Blower ...................................................................................................................... 16
Lock Out/ Tag Out – Electrical ......................................................................................... 17
Lock Out/ Tag Out – Fluids & Gases ............................................................................... 18
Lock Out/ Tag Out – Hydraulic/Pneumatic ...................................................................... 19
Lock Out/ Tag Out – Mechanical ..................................................................................... 20
Rodent Clean-up ............................................................................................................... 21
Air Handling Unit ............................................................................................................. 22
Cubby Holes ..................................................................................................................... 24
Service Tunnels ................................................................................................................. 26
Spaces Above Fixed Ceilings ........................................................................................... 28
Storage Areas Under Stages .............................................................................................. 30
Mowers (Walk Behind and Riding) .................................................................................. 32
Support Services (SUP)
Bites - Care of Human, Animal, and Insect Bites ............................................................... 1
Employee Roof Access ....................................................................................................... 2
Flood and/or Water Damage Clean-up ............................................................................... 3
Flood and/or Water Damage Caused by Sewage or Contaminated Sources....................... 5
Genie Lift AWP 30 S .......................................................................................................... 7
Ladder Usage (general) ....................................................................................................... 8
February 2019 Page 6
Task Hazard Analysis Support Services (SUP) continued…
Ladder Usage (portable/extension ladder) .......................................................................... 9
Ladder Usage (step ladder) ............................................................................................... 11
Lock Out/Tag Out – Electrical .......................................................................................... 12
Lock Out/Tag Out – Fluids & Gases ................................................................................ 13
Lock Out/Tag Out – Hydraulic/Pneumatic ....................................................................... 14
Lock Out/Tag Out – Mechanical ...................................................................................... 15
Mowers (Walk Behind and Riding) .................................................................................. 16
Outdoor Vehicle Work ...................................................................................................... 18
Rodent Clean-up ............................................................................................................... 19
Weed Trimmer .................................................................................................................. 20
Band Saw .......................................................................................................................... 22
Circular Saw ..................................................................................................................... 23
Compound Mitre Saw and Sliding Compound Mitre Saw ............................................... 25
Drill Press ......................................................................................................................... 26
Jointer................................................................................................................................ 27
Radial Arm Saw ................................................................................................................ 29
Router................................................................................................................................ 31
Router Table ..................................................................................................................... 33
Sander – Mounted (Disc/Belt) .......................................................................................... 35
Table Saw ......................................................................................................................... 37
Thickness Planer ............................................................................................................... 39
Batteries (Removal/Installation) ....................................................................................... 41
Booster Cables .................................................................................................................. 42
Compressed Air ................................................................................................................ 43
February 2019 Page 7
Task Hazard Analysis Support Services (SUP) continued…
Pneumatic Tools ............................................................................................................... 44
Air Handling Unit ............................................................................................................. 45
Cubby Holes ..................................................................................................................... 47
Service Tunnels ................................................................................................................. 49
Spaces Above Fixed Ceilings ........................................................................................... 51
Storage Areas Under Stages .............................................................................................. 52
Cooling Towers ................................................................................................................. 53
Sump Pits .......................................................................................................................... 55
Catch Basins ..................................................................................................................... 57
Confined and Restricted Space Entry (CRSE)
Air Handling Unit ............................................................................................................... 1
Cubby Holes ....................................................................................................................... 3
Service Tunnels ................................................................................................................... 5
Spaces Above Fixed Ceilings ............................................................................................. 7
Storage Areas Under Stages ................................................................................................ 9
Cooling Towers ................................................................................................................. 11
Sump Pits .......................................................................................................................... 13
Catch Basins ..................................................................................................................... 15
Information Technology Services (IT)
Genie Lift AWP 30 S .......................................................................................................... 1
Ladder Usage (general) ....................................................................................................... 2
Ladder Usage (portable/extension ladder) .......................................................................... 3
Ladder Usage (step ladder) ................................................................................................. 5
February 2019 Page 8
Task Hazard Analysis Information Technology Services (IT) continued…
Deploying Access Points in Schools ................................................................................... 6
Safe Work Procedures (SWP)
Assisting Students with Personal Hygiene Needs ............................................................... 1
Lockout/Tagout ................................................................................................................... 3
Scents in the Workplace...................................................................................................... 6
Informal Process ........................................................................................................... 7
Formal Process .............................................................................................................. 7
Appendix I – Memo to Staff ......................................................................................... 9
Bleach Usage .................................................................................................................... 11
Driving and Mobile Device Usage ................................................................................... 13
Personal Distress Alarm Usage ......................................................................................... 15
Working Alone ................................................................................................................. 17
Table Saw ......................................................................................................................... 18
February 2019 Page 9
Code of Practice
Confined and Restricted Space Code of Practice (CRSCP)
Confined and Restricted Spaces .......................................................................................... 1
Regulations and Guidelines ................................................................................................ 1
Confined and Restricted Space Entry and Work Requirements ......................................... 2
Hazard Assessment ................................................................................................... 2
Worker Training ........................................................................................................ 3
Entry Permit System ................................................................................................. 3
Safety Precautions ..................................................................................................... 5
Protection from Hazardous Substances, Energy, and Conditions ............................. 5
Hot Work ................................................................................................................... 6
Unauthorized Entry ................................................................................................... 7
Engine Exhaust Hazards ........................................................................................... 7
Testing the Atmosphere ............................................................................................ 8
Ventilation, Purging and Inerting .............................................................................. 8
Emergency Response ................................................................................................ 9
Requiring a Tending Worker .................................................................................... 9
Retaining of Records ............................................................................................... 10
Confined Space Entry Summary ............................................................................. 11
Identifying Confined and Restricted Spaces ........................................................... 11
Types of Confined Spaces ....................................................................................... 11
Confined and Restricted Spaces in the District and Associated Hazards ................ 12
Service Tunnels....................................................................................... 12
Air Handling Units.................................................................................. 13
Cubbyholes ............................................................................................. 13
February 2019 Page 10
Code of Practice Confined and Restricted Space Entry and Work Requirements continued…
Spaces Above Fixed Ceilings ................................................................. 14
Storage Areas Under Stages ................................................................... 14
Cooling Towers....................................................................................... 14
Sump Pits ................................................................................................ 15
Catch Basins ........................................................................................... 15
Areas Not Considered to be Confined/Restricted Spaces in District Facilities ................ 15
Attachment I: Confined/Restricted Space Identification Checklist .................................. 16
Attachment II: Sample Photographs of Confined/Restricted Spaces ............................... 18
Attachment III: Training Requirements ............................................................................ 24
Attachment IV: Emergency Response Guide ................................................................... 26
Attachment V: Confined/Restricted Space Entry Summary ............................................. 27
Forms ................................................................................................................................ 29
Confined Space Entry Permit (Level I)............................................................................. 29
Confined Space Entry Permit (Level II) ........................................................................... 30
Atmospheric Testing Record Form ................................................................................... 31
Task Hazard Analysis ....................................................................................................... 32
Respiratory Protective Equipment Code of Practice (RPECP)
Respiratory Protective Equipment ...................................................................................... 1
Regulations and Guidelines ................................................................................................ 1
Hazard Assessment ............................................................................................................. 2
Airborne Hazards ................................................................................................... 2
Types of Respiratory Protection Equipment ....................................................................... 3
Air-Purifying Respirators ...................................................................................... 3
Air-Supplying Respirators ..................................................................................... 4
February 2019 Page 11
Code of Practice Respiratory Protective Equipment Code of Practice (RPECP) continued…
Selection of Respiratory Protective Equipment .................................................................. 5
Worker Training and Fit Testing ........................................................................................ 8
Use, Care, and Maintenance of Respiratory Protective Equipment .................................... 9
Worker Health Assessment ................................................................................................. 9
Documentation .................................................................................................................. 10
Figure I: Choosing an Appropriate Type of Respiratory Protective Equipment............... 11
Attachment I: Health Screening Questionnaire ................................................................ 12
Attachment II: Respiratory Wearer’s Classification of Use ............................................. 13
Attachment III: Qualitative Respirator Fit Test Report .................................................... 14
Silica Code of Practice (SCP)
Silica Code of Practice (SCP) ......................................................................... 1
Regulations and Guidelines ................................................................................................ 2
Hazard Assessment ............................................................................................................. 3
Worker Training ................................................................................................................. 3
Work Classification ............................................................................................................ 4
Type 1 Operations .................................................................................................. 4
Type 2 Operations .................................................................................................. 4
Type 3 Operations .................................................................................................. 5
Worker Protection ............................................................................................................... 5
Personal Protective Equipment .............................................................................. 5
Dust Control ........................................................................................................... 6
Contractor’s Responsibilities ................................................................................. 6
February 2019 Page 12
Code of Practice
Silica Code of Practice (SCP) continued…
Testing the Atmosphere ...................................................................................................... 6
Worker Health Assessment ................................................................................................. 7
Retaining Records ............................................................................................................... 7
Asbestos Management Code of Practice (AMCP)
Asbestos .............................................................................................................................. 1
Regulations and Guidelines ................................................................................................ 1
Asbestos Management Plan ................................................................................................ 2
Management Options ............................................................................................. 2
Identification of Asbestos-containing Materials .................................................... 4
Procedures and Protocols for Staff ........................................................................ 4
Communication ...................................................................................................... 5
Renovation and Maintenance Projects ................................................................... 5
Attachment I: Asbestos Questions and Answers ................................................................ 6
February 2019 GEN 1
Task Hazard Analysis
Task
Assisting Students with Personal Hygiene Needs (Toileting, Diapering/Sanitary Products)
Specifics Possible Consequences
Physical o Lifting and handling
o Moving parts of
machinery
o Muscle strain
o Pinching and crushing
Chemical o Contact with bleach
(liquid or vapour)
o Interactions between
chemicals
o Skin and eye irritation
o Throat and lung irritation
o Loss of consciousness
Biological o Body fluids
o Bacteria, parasites,
viruses
o Infection
o Illness
Do
o Identify primary person for toileting and designate back up.
o Use a designated washroom.
o Cover cuts and sores on hands with band-aids or dressings and use latex
free gloves at all times.
o Use disposable supplies (i.e., diapers, change pads, and wipes). These
should be disposed of in leak resistant bags.
o Develop a plan, in consultation with parent(s)/ legal guardian(s) and
health professionals for the sanitary treatment of diapering materials. If
disposable diapering supplies cannot be used due to a student’s medical
condition, any non-disposable diaper must be leak proof and held in
place without the use of diaper pins (e.g., using Velcro-style fasteners).
o Place soiled clothing in leak resistant bag and use a plastic-lined
container provided by the parents to send soiled clothing, cloth diapers
or plastic/rubber pants to student’s home. This should be done on a
daily basis.
o Use leak resistant bags for items that must be disposed of.
o Follow the lifting/transferring technique demonstrated by the
occupational/physical therapist for toileting. Two staff may be required
for this process (see Task Hazard Analysis - Lifting and Transferring
Students).
o Follow the Safe Work Procedure for Assisting Students with Personal
Hygiene Needs (Diapering/Sanitary products).
Do Not
o Rinse and reuse diapers, plastic /rubber pants, or soiled clothing.
o Perform lifting/transferring for purposes other than toileting until
training is conducted by an authorized occupational/physical therapist.
February 2019 GEN 2
Task Hazard Analysis
Task
Care of Human, Animal, and Insect Bites
Specifics Possible Consequences
Physical • •
Chemical • •
Biological o Exchange of body fluid
o Infection
Disease
Do
o Report human and animal bites on an Accident Report and First Aid
Record Form. (When reporting, indicate if bite has broken the skin).
Report severe insect bites and allergic reactions.
o Inform Principal if a human or animal bite breaks the skin. (Principal
will contact Area Superintendent who will notify Communicable
Diseases with Alberta Health Services if human bite occurs as well as
Animal Control if bite from a canine, feline, ferret, or any other rabies
carrying animal occurs).
o Consult qualified First Aider for treatment. If first aider has open cuts
or sores, cover prior to applying treatment.
o Be aware of allergic reactions.
o Wear protective equipment, if required (e.g., gloves, thicker clothing).
Do Not
o Avoid reporting bite incident.
February 2019 GEN 3
Task Hazard Analysis
Task
Body Fluids Clean-up (e.g., blood, vomit, urine, fecal matter, saliva)
Specifics Possible Consequences
Physical
Chemical o Contact with disinfectant o Skin and eye irritation
o Throat and lung irritation
Biological o Contact with body fluids
o Viruses
o Bacteria
o Infections
Do
o Isolate the area and/or person until body fluids are cleaned up.
o Review Material Safety Data Sheet (SDS) for specific purpose
disinfectant.
o Wear appropriate personal protective equipment (non-latex gloves).
o Cover fluid with towel or other absorbent material.
o Collect fluid with towel or other absorbent materials.
o Thoroughly wet the contaminated area(s) with disinfectant. For blood
spills let disinfectant sit for 10 minutes.
o After wiping up disinfectant, place all clean-up materials in a double
bag and dispose in outside commercial garbage container.
o Spray gloves with disinfectant before taking them off.
o Thoroughly wash hands with soap and water after taking off
disinfected gloves.
o Remove contaminated clothing.
o Thoroughly wash any exposed areas on person(s) with soap.
Do Not
o Mix bleach with chemicals or other cleaners as this may result in a
chemical reaction that would produce dangerous gas (e.g., chlorine
gas).
February 2019 GEN 4
Task Hazard Analysis
Task
Classroom and Teaching Equipment Clean-up
Specifics Possible Consequences
Physical o Sharp edges
o Cuts or abrasion
Chemical o Contact with
manufacturer’s disinfectant
o Skin and eye irritation
Biological o Bacteria
o Viruses
o Infection
Do
Classroom
o Keep table surfaces clean and clear of unnecessary items.
o Keep all furnaces and univents clear of furniture and material for a
minimum of 1 meter (to maintain accessibility for maintenance and
air quality in the room).
o Maintain a clutter free classroom and limit the over accumulation of
materials in the classroom environment to allow caretaking to clean
properly on a daily basis.
Equipment
o Clean and maintain teaching equipment shared between individuals
in the classroom with warm water and mild detergent. If specified,
follow manufacturer’s instructions.
Do Not
Classroom
o Accumulate unnecessary materials (e.g., clutter around desks, on
walls, overstocking shelves).
o Store food in classrooms beyond the school day.
Equipment
o Use visibly soiled or damaged equipment.
February 2019 GEN 5
Task Hazard Analysis
Task
General Use of Electrical Equipment
Specifics Possible Consequences
Physical o Electric Current
o Burns/Organ Damage
o Fire/Explosion
o Electrical
Shock/Electrocution
o Death
Chemical
Biological
Do
o Use only electrical Equipment that is CSA (Canadian Standards
Association) and/or ULC (Underwriters Laboratory of Canada)
approved.
o Familiarize yourself with the safe operation of any and all electrical
devices within your workplace (i.e., ask for instruction, read owner’s
manual).
o Keep your fingers or other materials off the prongs of a plug while
inserting if into an outlet.
o Be aware of metal jewelry, such as bracelets, necklaces and rings.
Close proximity of metal jewelry while plugging in equipment could
create and electrical circuit resulting in and electrical shock or burn.
o Ensure electrical equipment plugs match the outlet.
o Ensure that exposed receptacle boxes are made of non-conductive
material.
o Use only approved power supplies.
o Inspect all electrical cords prior to use for missing ground (3rd) prong.
o Check to ensure that electrical devices are in proper working order
prior to using. Ensure there are no cracks, splits, damaged guards,
damaged cords or any other damage/excessive wear and tear that
could lead to an injury.
o Keep all electrical connections dry and off the ground.
o Turn off or unplug electrical equipment from outlet when not in use.
o Disconnect power supply or lock-out/tag-out electricity before
moving, cleaning, troubleshooting or conducting maintenance on
electrical equipment.
o Ensure only qualified and authorized electricians service and repair
electrical appliances, tools and equipment.
o Allow equipment to cool before putting on or taking off parts.
February 2019 GEN 6
o Ensure all defective electrical equipment is tagged “Out of Service”
and removed from use. For repair, place a Service Request by e-
mailing the Service Desk at [email protected].
o Report any additional safety concerns to your Supervisor.
Do Not
o Modify a plug.
o Use the cord for carrying, pulling or unplugging a piece of electrical
equipment. Pulling the cord could damage the cord and increase the
risk of shock.
o Use damaged cords or receptacles or cords that feel warm.
o Operate any electrical equipment after it malfunctions or has been
damaged in any manner.
o Touch or use electrical equipment with wet hands or in damp or wet
locations.
o Perform maintenance or repairs, remove a stuck item, or insert
anything other than what is specified for the equipment when it is
plugged in.
o Use any electrical devices with missing ground (3rd) prong.
o Disable any safety features.
o Use any adapter plugs (an adapter allowing electrical equipment from
one country to be plugged into the wall outlet of another country).
These adapter plugs provide no effective bonding (grounding) of an
electrical device that has a 3-prong plug and may cause a fire or
shock hazard in the event the electrical devise is defective or fails.
o Touch a person or electrical device in the event of an electrical
accident or incident until the power has been turned off.
o Daisy chain (i.e., plug extension cord into extension cord, power bar
into power bar, or power bar into extension cord).
o Use the equipment for anything other than its intended use.
February 2019 GEN 7
Task Hazard Analysis
Task
Genie Lift - AWP 30 S
Specifics Possible Consequences
Physical o Working from heights
o Moving parts of machinery
o Electricity
o Collision
o Injury from falling or falling
objects
o Pinching and crushing
o Electrocution
o Property or personal damage
Chemical o Contact with hydraulic
fluid
o Contact with battery fluid
o Skin or eye irritation
Biological
Do
o Participate in training to become a certified operator.
o Obey the instructions and safety rules in the manufacturer’s operator
manual. (Contained in manual box on lift)
o Inspect the worksite for hazards including overhead obstructions.
Complete Hazard Report Form if necessary.
o Have two people lift and install battery pack.
o Have a ground person present in facility and in frequent
communication with operator. Ground person should be aware of
emergency procedures for operator assistance.
o Always perform a pre-operation inspection.
o Always perform function tests prior to use.
o Only use the machine as it was intended.
o Use appropriate personal protective equipment (hard hats are
mandatory and are provided with the lift for operator and ground
person).
o Take precautions when moving a Genie Lift up/down a sloped surface.
o Be aware of crushing hazard when grasping the platform guard rail.
o Ensure that the outriggers are disengaged before storing. Store in area
not accessible to unauthorized personnel or students.
Do Not
o Use the platform unless the base is level. (All four outriggers are
properly installed and the leveling jacks firmly contact the floor.)
o Exit the platform while raised. (If a power failure occurs, have ground
personnel activate the manual-lowering valve.)
o Allow untrained personnel or students to use this machine.
o Sit, stand, or climb on the platform guardrails.
o Have two people on the platform at one time.
February 2019 GEN 8
o Operate machine unless all systems are in good operating condition.
February 2019 GEN 9
Task Hazard Analysis
Task
Ladder Usage - General
Specifics Possible Consequences
Physical o Pinch Point
o Heavy load
o Falls
o Death
o Broken bones
o Electrical shock
o Bruising
Chemical
Biological
Do
o Inspect ladder for cracks or broken joints
o Place your ladder on a stable, even, flat surface. Never place a ladder
on top of another object. Place the base of the ladder 1 foot away
from whatever it leans against, for every 4 feet of height to the point
where the ladder contacts at the top.
o Make sure the brace is locked in place, when using an A-frame
stepladder.
o Make sure the ladder extends at least three feet past the platform you
are climbing onto, if climbing onto another surface.
o Secure tall ladders by lashing or fastening the ladder to prevent
movement.
o Always face the ladder when climbing or descending.
o Keep both feet on the ladder - never put one foot on a rung and the
other foot on a different surface.
o Check for overhead electrical wires before setting up a ladder.
Do Not
o Climb higher than the second rung from the top on stepladders or the
third on straight or extension ladders, with the exception of step stools
or step stairs.
o Stand on the top or the paint shelf of a stepladder.
o Leave ladders unattended.
o Use items such as a chair, barrel, or box as a makeshift ladder.
o Use a portable ladder when other equipment is available.
o Paint or coat a portable ladder as it will prevent a person from viewing
current condition.
February 2019 GEN 10
Task Hazard Analysis
Task
Ladder Usage - Portable / Extension Ladder
Specifics Possible Consequences
Physical o Pinch Point
o Heavy load
o Falls
o Death
o Broken bones
o Electrical shock
o Bruising
Chemical
Biological
Do
o Inspect ladder for cracks or broken joints.
o Place the ladder feet 1/4 of the ladder’s working length (i.e. foot to top
support point) away from the base of the structure. For every 4 ft. high,
the base of the ladder should be out 1 ft. horizontally from the structure
(support point).
o Extend the ladder at least 1 m (3 ft.) above the landing platform
o Place the ladder on a firm, level footing. Use a ladder with slip- resistant
feet or secure blocking, or have someone hold the ladder. Please note that
securing a ladder at the foot does not prevent a side slip at the top.
o Rest both side rails on the top support and secure ladder to prevent
slipping.
o Check for overhead electrical wires before setting up a ladder.
o Clear area around base and top of the ladder of debris, tools, and other
objects.
o Tie off yourself with a safety harness when working 3 m (10 ft.) or more
off the ground or when working with both hands.
o Ensure that only one person is on a single-width ladder. Only one person
is allowed on each side of a double-width ladder.
o Maintain three-point contact by keeping two hands and one foot, or two
feet and one hand on the ladder at all times.
o Grasp the rungs when climbing a ladder, not the side rails. If your foot
slips on a ladder, holding onto rungs is easier than holding onto the side
rails.
o Rest the top of the ladder against a solid surface that can withstand the
load, not against windows.
o Guard or fence off the area around a ladder erected in an area where
persons have access.
o Secure the ladder firmly at the top to prevent it from slipping sideways or
the foot from slipping outwards.
February 2019 GEN 11
Do
o Station a person at the foot of a ladder when it is not possible to tie at the
top or secure it at the foot. This is effective only for ladders up to 5 m (16
ft.) long.
o Ensure that the person at the foot of the ladder faces the ladder with a
hand on each side rail and one foot resting on the bottom rung.
o Attach hooks on top of ladder rails where ladder is to be used at a
constant height.
Do Not
o Use a ladder in passageways, doorways, driveways, or other locations
where a person or vehicle can hit it. Set up suitable barricades or lock
the doors shut.
o Place a ladder against flexible or moveable surfaces, or a window
o Straddle the space between a ladder and another object.
o Erect ladders on boxes, carts, tables, scaffold, or other unstable
surfaces.
o Use ladders on ice.
o Stand or rest a ladder on any of its rungs. Ladders must rest on both
side rails.
o Allow anyone to stand under a ladder.
o Lean or overreach from a ladder; move as required. Keep your center
of gravity between the side rails.
o Use a ladder in a horizontal position as a scaffold plank or runway.
o Carry objects in your hands while on a ladder. Hoist materials or
attach tools to a belt.
o Work from top three rungs. The higher a person goes on a ladder,
the greater the possibility that the ladder will slip out at the base.
o Join two short ladders to make a longer ladder. Side rails are not
strong enough to support the extra load.
o Paint wooden ladders. Defects may be hidden by the paint. Wood
preservatives or clear coatings may be used.
February 2019 GEN 12
Task Hazard Analysis
Task
Ladder Usage - Step Ladder
Specifics Possible Consequences
Physical o Pinch Point
o Heavy load
o Falls
o Death
o Broken bones
o Electrical shock
o Bruising
Chemical
Biological
Do
o Use a stepladder that is about 1 m (3 ft.) shorter than the highest point
you need to reach. This gives a wider; more stable base and places
shelf at a convenient working height.
o Open the stepladder spreaders and shelf fully.
o Check stability. Ensure that all ladder feet are on a firm, level, and on
a non-slippery surface.
o Place a stepladder at right angles to the work, with either the front or
back of the steps facing the work.
o Keep the stepladder close to the work.
o Face the stepladder when climbing up or down. Keep your body
centered between side rails. You have climbed too high if your knees
are above top of the stepladder or if you cannot maintain a handhold
on the ladder.
o Maintain a firm grip. Use both hands when climbing.
Do Not
o Overreach. Keep your center of gravity between the side rails of the
ladder. Move a stepladder when needed.
o ‘Shift’ or ‘walk’ a stepladder when standing on it.
o Stand, climb, or sit on the stepladder top or pail shelf.
o Overload. Stepladders are meant for one person. (not to exceed load
capacity of ladder)
o Use a stepladder as a brace or as a support for a work platform or
plank.
o Push or pull stepladders from the side. Repeated sideways movement
can make ladders wobbly since they are weaker or less stable in those
directions.
February 2019 GEN 13
Task Hazard Analysis
Task
Lifting or Transferring Students
Specifics Possible Consequences
Physical o Lifting and handling
o Moving parts of machinery
o Muscle strain
o Pinching and crushing
Chemical
Biological o Body fluids
o Infection
o Illness
Do
o Have principal/designate notify authorized occupational/physical
therapist to provide training.
o Ensure annual training, where required, is conducted by authorized
occupational/physical therapist.
o Ensure that the principal/designate in consultation with parent/legal
guardian establishes an interim plan while waiting for training. Interim
plan options may include:
- The parent/legal guardian is available to lift/transfer student when
required.
- The student does not attend school until the teacher and/or
assistant is trained by an authorized occupational/physical
therapist.
- Lifting/transferring, prior to training, of any particular student
may be done if staff involved has a history of training in
lifting/transferring, but only for toileting. Two staff members
should be involved when lift/transfer is performed.
o Contact authorized occupational/physical therapist for additional
training if the staff member still feels uncertain after initial training
session. Have two staff members involved until additional training
occurs and only perform lifts/transfers for toileting.
o Contact authorized occupational/physical therapist for a new
assessment and additional training if there are any changes to the
student’s condition.
Do Not
o Use specialized student lifting equipment until an authorized
occupational/physical therapist has demonstrated the proper use of the
equipment.
o Perform lifting/transferring for purposes other than toileting until
training is conducted by an authorized occupational/physical therapist.
February 2019 GEN 14
Task Hazard Analysis
Task
Operation of School Stores
Specifics Possible Consequences
Physical o Sharp utensils
o Hot appliances
o Hot food/water
o Cuts
o Burns
Chemical o Contact with cleaning
products
o Poison
o Throat and lung irritation
o Skin and eye irritation
Biological o Improperly prepared foods o Food poisoning
Do
o Obtain a permit from Alberta Health Services – Environmental Health.
Permit must be renewed as required.
o Ensure school store facility meets Alberta Health Services
requirements for products supplied.
o Ensure products are supplied appropriately.
o Obtain foods from approved sources only. Approved sources are those
that have a current permit with Alberta Health Services.
o Store materials in a clean, dry place off the floor in storage units
appropriate to the product (e.g., milk, perishables in refrigerator, and
frozen goods in freezer).
o Establish procedure for rotating and removing dated goods. Avoid
using products that are beyond the best before date.
o Store foods separately from cleaning products.
o Thoroughly wash hands before handling foods and after handling raw
foods and money.
o Cover cuts and sores prior to handling any food.
o Ensure proper training is provided. (See Food Permit Guidelines in
Appendix of Infection Control Section of OH&S Manual).
o Hang standardized signage indicating that formula 333 is used in area.
Obtain signage from OH&S.
o Ensure school store facility is routinely cleaned and maintained.
Refrigerator should be cleaned once per month (weekly recommended,
monthly at a minimum).
o Be alert for mice or insect infestations and take immediate action if
evidence exists by submitting an SR to the Service Desk advising of details
on where the evidence of rodents was found and requesting pest control.
(Refer to Task Hazard Analysis Rodent Cleanup)
February 2019 GEN 15
Do
o Take Note: Refrigerators should be an adequate size for the volume of
food stored inside and should be monitored with a thermometer.
o Ensure appropriate disposal procedures for waste materials.
Do Not
o Mix cleaning products.
o Cross contaminate food and cleaning products.
o Sell items not authorized by your permit.
o Neglect appropriate training requirements.
o Store food and chemicals in same refrigerator.
o Store personal and commercial food items together.
February 2019 GEN 16
Task Hazard Analysis
Task
Plaster of Paris - Mixing, Sanding, and Handling
Specifics Possible Consequences
Physical o Dust/respiratory particulate
o Temperature of chemical
reaction
o Respiratory irritation
o Burn
o Skin irritation
o Allergic reaction
Chemical o Reaction of chemicals
o Burn
o Skin irritation
Biological
Do
o Use and wear appropriate personal protective equipment (i.e. dust
mask) when mixing or sanding. All individuals present in the room
should be wearing PPE for the duration of dust creating activity.
o Take Note: Any individual mixing Plaster of Paris should wear gloves
as identified in SDS.
o Ensure that when disposing of Plaster of Paris, the mixture is dry,
placed into a plastic garbage bag, top of bag tied closed and disposed
of in a regular garbage bin.
o Purchase Plaster of Paris from a District approved source only.
o View SDS for Plaster of Paris prior to use.
Do Not
o Pour Plaster of Paris (dry or mixed) down the sink, toilets, or drains.
o Apply directly to skin surfaces or face.
February 2019 GEN 17
Task Hazard Analysis
Task
Proper Hand Washing Technique
Specifics Possible Consequences
Physical
Chemical
Biological o Bacteria
o Viruses
o Infection
Do
o Wet hands thoroughly.
o Apply soap.
o Rub hands vigorously for at least 20 seconds. Wash all surfaces of your
hands, including the backs of your hands.
o Rinse hands well under running water.
o Dry hands with a towel.
o Use towel to turn off taps.
o Use hand washing hygiene when hands soiled, before and after eating,
applying first aid, handling food, after using the toilet, wiping nose, or
contact with blood, body fluid, wastes or soiled equipment.
Do Not
o Just use water when washing hands. Must always use soap.
o Use alcohol based rubs (e.g., hand sanitizer) in place of hand washing
when hands are soiled.
February 2019 GEN 18
Task Hazard Analysis
Task
Replacing Lamps in Projectors Models: NP110/NP115/NP215
Specifics Possible Consequences
Physical o Electrical Shock
o Broken Glass
o Hot surfaces
o Burns, electrocution
o Cuts
o Burns
Chemical
Biological
Do
o Follow manufacturers’ guidelines for use and maintenance.
o Make sure projector is unplugged prior to replacing the lamp.
o Use proper replacement lamp: NP13LP.
o Use proper screw driver (Phillips).
o Remove the lamp cover (loosen the lamp cover screw and push and
slide the lamp cover off).
o Make sure the lamp housing is cool enough before removing it.
o Remove the lamp housing (loosen the three screws securing the lamp
housing and remove the lamp housing by holding it).
o Install a new lamp housing.
o Reattach the lamp cover and be sure to tighten the screws.
Do Not
o Touch the lamp immediately after it has been used.
o Remove any screws except the one lamp cover screw and three lamp
housing screws.
o Break the glass on the lamp housing.
February 2019 GEN 19
Task Hazard Analysis
Task
Replacing Lamps in Projectors Models: NP410/NP510W/NP610S
Specifics Possible Consequences
Physical o Electrical Shock
o Broken Glass
o Hot surfaces
o Burns, electrocution
o Cuts
o Burns
Chemical
Biological
Do
o Follow manufacturers’ guidelines for use and maintenance.
o Make sure projector is unplugged prior to replacing the lamp.
o Use proper replacement lamp:
NP07LP (for models NP510W and NP610S)
NP14LP (for model NP410)
o Use proper screw driver (Phillips).
o Remove the lamp cover (loosen the lamp cover screw and push and
slide the lamp cover off).
o Make sure the lamp housing is cool enough before removing it.
o Remove the lamp housing (loosen the two screws securing the lamp
housing and remove the lamp housing by holding it).
o Install a new lamp housing – secure in place with the two screws.
o Reattach the lamp cover and be sure to tighten the screws.
Do Not
o Touch the lamp immediately after it has been used.
o Remove any screws except the one lamp cover screw and two lamp
housing screws.
o Break the glass on the lamp housing.
February 2019 GEN 20
Task Hazard Analysis
Task
Response to Skin and Scalp Infections (e.g., Head Lice, Scabies, Fleas)
Specifics Possible Consequences
Physical
Chemical
Biological o Parasites/Viruses/Bacteria/Fungi
o Skin irritation
Do
o Watch for symptoms such as: constant itching and red marks/rash.
o Inform - Teachers must inform Principals of skin and scalp infections in
their classrooms.
o Notify - Principals will notify Area Superintendent when an infestation
occurs.
o Notify Health Authorities - Area Superintendent will notify the Public
Health Nurse from Alberta Health Services, of infestation, and follow
directions provided.
o Utilize the Alberta Health Services website as an additional resource to the
Public Health Nurse. www.albertahealthservices.ca
o Limit sharing of clothing and grooming items (e.g., headgear, combs,
brushes, etc.).
Do Not
o Ignore symptoms.
February 2019 GEN 21
Task Hazard Analysis
Task
Use of Kiln
Specifics Possible Consequences
Physical o Bumping head
o Over reaching
o Extreme temperatures
o Fire
o Bruising
o Muscle Strain
o Burns
Chemical o Air Quality
o Fumes
o Vapours
o Suffocation/Asphyxiation
o Throat and lung irritation
o Rash
Biological
Do
o Operate the kiln according to manufacturer’s instructions.
o Periodically check the kiln when firing and be sure that the kiln shuts
off at the scheduled time.
o Avoid firing overnight or when the school is not occupied.
o Ensure the exhaust fan is operating when firing the kiln.
o Keep combustibles away from the kiln such as paper, cardboard, etc.
o Ensure the lid to the kiln is secured when loading and unloading. Place
a prop against the lid as a precaution (for example a piece of wood).
o Unload the kiln when the outside of the kiln is cool to the touch. (If
there is a need to touch a hot or warm piece use heat resistant gloves.)
o Allow at least 18 inches of space between your kiln and adjacent walls
for SKUTT Kilnmaster Automatic Kilns, if you have a different kiln,
check the Manufacturer’s instructions for safe distances.
o Protect the eyes when observing kiln heat with a #2 or #3 tinted
welder’s lens.
o Turn all switches to “Off” before loading or unloading the kiln.
o Always vent the kiln properly. Turn on your kiln hood (or ventilation)
prior to loading or unloading minimizing exposure to vapours and
ceramic glaze dust.
o Always unplug/disconnect and Lockout/Tagout the kiln while making
any repairs. Refer all repair requests by SR to the Maintenance Service
Department (Service Desk).
February 2019 GEN 22
Do Not
o Fire the kiln when students are present.
o Operate the kiln in a wet area.
o Remove hot pieces from the kiln.
o Plug in or unplug the kiln unless the circuit is off.
o Open the lid with the kiln turned on.
o Try to unload the kiln until the outside of the kiln is cool to
the touch.
o Load the kiln unless the lid is safely secured.
February 2019 SCI 1
Task Hazard Analysis
Task
Bunsen Burner
Specifics Possible Consequences
Physical o Open flame
o Hot burner
o Burns
o Fire
Chemical o Gas leak
o Asphyxiation
o Explosion
Biological
Do
o Wear appropriate personal protective equipment (chemical safety
goggles, lab apron).
o Visually inspect burner and tubing to see that they are in good
condition.
o Check that flints on strikers are operational.
o Clear all combustibles from area.
o Place the Bunsen burner away from any overhead shelving,
equipment, or light fixtures.
o Ensure all gas jets are closed before opening the master gas valve.
o Ensure master gas valve is open only for the duration of required
activity.
o Review safety standards with students prior to performing the task.
Do Not
o Use matches or lighters to ignite burners.
o Handle a hot burner immediately after use.
o Leave open flames unattended and never leave the laboratory while
the burner is on.
o Allow students to use this equipment unless there is active, in the area,
supervision by a teacher or teaching assistant.
February 2019 SCI 2
Task Hazard Analysis
Task
Concentrated Acids - Use and Storage
Specifics Possible Consequences
Physical o Dropping bottle
o Broken lid
o Cuts
o Bruises
Chemical o Contact with concentrated
acid
(liquid or vapour)
o Interaction between
chemicals
o Skin or eye irritation
o Throat and lung
irritation/damage
o Loss of consciousness
o Burns
Biological
Do
o Review Material Safety Data Sheet (SDS) for specific acid.
o Visually inspect stock bottle for broken lids, container cracks, etc.
before picking up bottle.
o Store acids with concentrations greater than 2M in vented acid
cabinets.
o Store nitric acid away from other concentrated acids.
o Vent nitric acid bottles regularly (monthly).
o Store acetic acid in a flammable cabinet away from inorganic acids.
o Dilute concentrated acids in vented fume hoods.
o Wear appropriate personal protective equipment (chemical safety
goggles, gloves, and lab coat/apron).
o Hold stock bottle by placing hand over bottle label.
o Always add acid to water by slowly pouring concentrated acid down
the side of the flask into the distilled water.
o Swirl solution constantly while diluting.
o Apply workplace label to the new container in which acid will be
stored.
o Transport concentrated acids in protective sleeves while wearing
required personal protective equipment.
o Ensure eye wash station and shower are readily available.
o Neutralize acid spills with sodium bicarbonate (baking soda) and dilute
with water before cleaning up.
Do Not
o Work alone.
o Allow high school students to use concentrated acids unless there is
active, in the area, supervision by a teacher or teaching assistant.
o Have concentrated acids in junior high schools.
February 2019 SCI 3
Task Hazard Analysis
Task
Use of Culture Plates
Specifics Possible Consequences
Physical
Chemical
Biological o Pathogenic Organisms
o Viruses/Bacteria/Fungi
o Infection
Do
o Use plastic disposable petri dishes.
o Note: Elementary students may only view images, not live specimens.
o Note: Junior High students may view live specimens that occur
naturally on mouldy bread or cheese. Please be aware of potential
allergies occurring from mould.
o Grow cultures only at room temperatures or in the range of 25oC to
32oC.
o Use a culture medium that is properly sterilized to avoid
contamination from other sources.
o Note: After inoculating the medium replace the cover and tape the
plate shut. Observations can be made through the cover.
o Clean up any spills using the following procedures:
- Put on disposable gloves.
- Place paper towels over spill.
- Pour disinfectant on top of towels and leave for 10 to 15 minutes.
- Wipe up the spill with the towels and discard in an airtight plastic
bag.
o Dispose of used cultures and plates in the regular garbage in a double
strength bag or double plastic bag.
o Wash hands thoroughly with soap and water following use of culture
plates.
Do Not
o Culture human pathogens. Elementary and Junior High students shall
not culture organisms.
* Definition of Culture - The growing of microorganisms, tissue cells, or other
living matter in a specially prepared nutrient medium. Such a growth or colony of
bacteria.
February 2019 SCI 4
Task Hazard Analysis
Task
Use and/or Dissection of Specimens
Specifics Possible Consequences
Physical o Sharps (pins, scalpels)
o Cuts
o Skin punctures
Chemical o Contact with preserving
agents
o Dermatitis
o Absorption of chemical
o Skin and eye irritations
Biological o Use of non-approved
specimens
o Infection
Do
o Wear appropriate personal protective equipment (chemical safety
goggles, non-latex gloves, lab apron).
o Note: Specimens must be obtained from District sanctioned sources.
o Consult current District directives regarding use of approved
specimens to avoid possible infected specimens.
o Review Material Safety Data Sheets (SDS) for preservatives used for
specimen.
o Review safety standards for use of dissecting instruments and handling
of specimens with students.
o Ensure eye wash station is readily available.
o Rinse specimens thoroughly under running water.
o Note: Distribution and collection should be directly controlled by the
teacher.
o Ensure: The same person that is cutting should hold the specimen to
reduce risk of cuts.
o Remove blades from scalpel using protective gloves or blade removal
kit.
o Ensure soap is available to wash hands after dissection.
o Ensure instruments and cutting surfaces are thoroughly cleaned by a
teacher or teacher assistant after dissections are completed.
o Establish procedures with a caretaker for collection and disposal of
sharps and specimens.
o Dispose of specimens after dissection in a double bag. Inform
caretaker of contents before disposal in regular garbage.
o Dispose of scalpel blades and pins in appropriate container (designated
broken glass container). These containers may then be disposed of in
the regular garbage.
February 2019 SCI 5
Do Not
o Throw used blades or pins directly into garbage.
o Allow students to dissect specimens unless there is active, in the area,
supervision by a teacher or teaching assistant.
o Use human fluid or tissue.
o Use specimens or specimens preserved in formaldehyde and formalin.
(Prohibited)
February 2019 SCI 6
Task Hazard Analysis
Task
Heating Liquid in a Test Tube (with a Bunsen burner)
Specifics Possible Consequences
Physical o Hot liquid/glass
o Broken glass
o Ejected contents
o Burns
o Skin wounds
o Cuts
Chemical o Contact with skin
o Burns
o Skin and eye irritation
Biological
Do
o Wear appropriate personal protective equipment (chemical safety
goggles, lab apron).
o Review Material Safety Data Sheets (SDS) for specific chemicals.
o Hold test tube at maximum feasible distance from flame.
o Gently move test tube to avoid overheating one area.
o Point test tube away from all people.
o Use correct tongs for holding test tube.
o Refer to Bunsen Burner Use - Task Hazard Analysis.
o Heat contents in a fume hood if toxic vapours will be produced.
o Ensure glassware is clean.
o Ensure eye wash station is readily available.
o Ensure spill kits are readily available
Do Not
o Adjust grip on test tube holder while heating.
o Heat flammable liquids with an open flame.
o Heat liquid in a sealed test tube.
o Leave unattended.
o Allow students to perform this procedure unless there is active, in the
area, supervision by a teacher or teaching assistant.
February 2019 SCI 7
Task Hazard Analysis
Task
Induction Coil
Specifics Possible Consequences
Physical o Electromagnetic fields
o High voltage/current
o Electrocution
o Burns
o Pacemaker failure
o Death
Chemical
Biological
Do
o Handle with extreme caution.
o Follow manufacturer’s instructions.
o Use equipment only as a teacher demonstration.
o Complete demonstration on a stable and dry surface.
Do Not
o Touch ladder terminals.
o Touch any part of equipment when it is in operation.
o Use if equipment is damaged.
o Allow students to operate.
February 2019 SCI 8
Task Hazard Analysis
Task
Inserting/Removing Glass Tubing
Specifics Possible Consequences
Physical o Broken tube
o Impaling
o Blood loss
o Muscle, nerve damage
o Cuts
Chemical
Biological
Do
o Wear appropriate personal protective equipment (impact glasses or
goggles, heavy gloves).
o Check size of tube compared to hole size.
o Use a safety grip or heavy gloves to hold tubing.
o Lubricate outside of glass tube with silicon.
o Check integrity of glass tubing.
o Use safety gloves for removal of glass tubing.
o Dispose of broken glass in appropriate container (designated broken
glass container). These containers may then be disposed of in the
regular garbage.
o Review safety standards with students prior to performing the task.
Do Not
o Use excessive force to push glass tubing into stopper.
o Use inappropriate sized tubing.
o Use lubricants other than silicon.
o Allow students to perform this procedure unless there is active, in the
area, supervision by a teacher or teaching assistant.
February 2019 CON 1
Task Hazard Analysis
Task
Band Saw
Specifics Possible Consequences
Physical o Flying objects/kickback
o Moving parts (blade)
o Noise (extended use)
o Pinch points
o Eye Injury o Cuts, severed fingers
o Hearing loss
o Bruising, lacerations
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Look for knots and nails in material before you begin. Avoid them if
possible; if they cannot be avoided, be cautious when approaching
these areas with the blade.
o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Refer to SDS for wood dust.
o Follow manufacturer’s instructions for use and maintenance.
o Have an anti-skid surface on the floor where the operator would stand
to prevent slips.
o Check to see that guards are in place, secured, and working correctly.
o Use proper blade size and type.
o Adjust the upper blade/guard to within 1/8” (0.3 cm) above the
material you are cutting.
o Ensure the blade tension tracking, blade guides, and blade support
bearings are properly adjusted.
o Use a push stick to keep your hands clear of the blade.
o Avoid awkward operations and hand positions where a sudden slip
could cause a hand to move into the blade.
o Hold the material you are cutting firmly against the table.
o Hold the material you are cutting firmly and feed into blade at a
moderate speed.
o Turn the machine “off” to back out of an incomplete or jammed cut.
o Make “relief” cuts prior to cutting long curves.
o Turn the machine “off” and wait for the blade to stop prior to cleaning
the blade area, removing debris near the blade, removing or securing
materials, or changing the angle of the table.
o Ensure dust collecting system is used.
o Ensure all band wheels are enclosed.
February 2019 CON 2
Do Not
o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
o Try to remove waste/cutoffs while machine is running.
o Start the machine before clearing the table of all objects (tools, scrap
pieces, etc.).
o Start the machine with the material against the blade.
o Reach under the table while the machine is running.
o Attempt to back material away from the blade while the saw is in
motion if work binds or pinches on the blades.
o Leave saw running if unattended.
o Remove sawdust or cuttings from the table by hand. Use a stick
or brush.
February 2019 CON 3
Task Hazard Analysis
Task
Circular Saw
Specifics Possible Consequences
Physical o Flying objects/kickback
o Moving parts (blade)
o Noise (extended use)
o Pinch points
o Eye Injury
o Cuts, severed fingers
o Hearing loss
o Bruising, lacerations
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Refer to SDS for wood dust.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Ensure guard moves freely and operates correctly before connecting
the saw to a power source.
o Ensure material is secure when cutting.
o Keep fingers away from blades.
o Only set the saw down when the blade has stopped moving.
o Use wooden splitters when ripping.
o Allow off-cuts to fall.
o Avoid cutting small pieces.
o Ensure power cord is clear of cut.
o Ensure adequate length of power cord is available to fully complete
cut.
o Ensure material is adequately supported before and after the cut.
o Use two hands to operate saw: one on trigger switch and the other on
front knob handle.
o Disconnect power before changing blade.
o Turn the machine “off” to back out of an incomplete or jammed cut.
February 2019 CON 4
Do Not
o Wear gloves, loose clothing, jewelry or have long loose hair that could
be caught in moving parts.
o Set blade depth to more than ½” (1.3 cm) beyond the lower face of
material.
o Reach under the saw or material while the blade is turning.
o Force cuts.
o Set the saw down until the blade has stopped moving.
o Hold or fix retracting guard in the open position.
o Carry saw with finger on the trigger.
o Rip material without using a wedge or guide that is clamped or nailed
to stock.
o Allow junior high students to use the circular saw.
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
February 2019 CON 5
Task Hazard Analysis
Task
Compound Mitre Saw and
Sliding Compound Mitre Saw
Specifics Possible Consequences
Physical o Flying objects/kickback
o Moving parts (blade)
o Noise (extended use)
o Pinch points
o Eye Injury
o Cuts, severed fingers
o Hearing loss
o Bruising, lacerations
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Refer to SDS for wood dust.
o Ensure material is secure before cutting.
o Ensure the wood is in contact with the fence and the table before
cutting.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Ensure operator’s arms are always parallel to the direction of the cut.
o Ensure blade is at full speed before commencing cutting.
o Keep blade sharp and free of rust and pitch.
o Ensure dust collecting system is used.
o Take note - For sliding compound mitre saw, pull the saw out fully
then down into material. Make cut towards the fence.
Do Not
o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
o Turn the machine “on” before clearing the table of all objects (tools,
scraps of wood, etc.).
o Remove material until blade is stopped.
o Perform a crossed arm operation.
o Cut bowed or warped material.
February 2019 CON 6
o Use mitre saw for ripping material.
February 2019 CON 7
Task Hazard Analysis
Task
Drill Press
Specifics Possible Consequences
Physical o Flying objects/kickback
o Moving parts (drill bit)
o Noise (extended use)
o Pinch points
o Eye Injury
o Cuts, severed fingers
o Hearing loss
o Bruising, lacerations
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Have an anti-skid surface on the floor where the operator would stand
to prevent slips.
o Secure material before drilling.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Ensure bits are tightened in chuck.
o Keep hands away from running bits.
o Use appropriate speed for the material.
o Stop the machine and step back if problems arise.
o Ensure drill press is secured to floor or bench.
o Use keyless chucks or spring-loaded keys.
Do Not
o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Turn the machine “on” before clearing the table of all objects (tools,
scraps of wood, etc.).
o Remove material or debris while bit is spinning.
o Leave the drill press running if unattended.
o Leave key in chuck.
o Place hands under material being drilled.
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
February 2019 CON 8
Task Hazard Analysis
Task
Jointer
Specifics Possible Consequences
Physical o Flying objects/kickback
o Moving parts (blades)
o Noise (extended use)
o Pinch points
o Eye Injury
o Cuts, severed fingers
o Hearing loss
o Bruising, lacerations
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Have an anti-skid surface on the floor where the operator would stand
to prevent slips.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Always use push sticks/push pads, when necessary.
o Inspect all material for flaws (cracks), nails, screws (fasteners).
o Ensure dust collection system is used.
o Ensure that fence and table are set properly and locked before
operating.
o Hold the material firmly against the table and fence.
o Keep knives sharp and free from rust and pitch.
o Tighten the infeed/outfeed tables before starting the machine.
o Properly secure the blades in the cutterhead before turning the power
“on”.
o Avoid awkward operations and hand positions.
o Keep arms, hands, and fingers away from the cutterhead.
o Use hold-down/push blocks for jointing or planning any material lower
than the fence.
o Ensure bowed wood is jointed with bow facing down
February 2019 CON 9
Do Not
o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Allow high school students to use this piece of equipment unless there
is active, in the area, supervision by a teacher or teaching assistant.
o Allow junior high students to use this piece of equipment.
o Feed a material that is warped, contains knots, or is embedded with
foreign objects (nails, staples, etc.).
o Joint or plane a material that is shorter than 12” (30.5 cm), narrower
than ¾” (1.9 cm) or less than ½” (1.3 cm) thick.
o Perform “free-hand” operations. Use the fence to position and guide
the material.
o Turn the machine “on” before clearing the table of all objects (tools,
scraps of wood, etc.).
o Turn the machine “on” with the material contacting the cutterhead.
o Make cuts deeper than 1/8” (0.3 cm).
o Run hand over blade.
February 2019 CON 10
Task Hazard Analysis
Task
Radial Arm Saw
Specifics Possible Consequences
Physical o Flying objects/kickback
o Moving parts (blades)
o Noise (extended use)
o Pinch points
o Eye Injury
o Cuts, severed fingers
o Hearing loss
o Bruising, lacerations
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Have an anti-skid surface on the floor where the operator would stand
to prevent slips.
o Ensure blade is installed to rotate in the proper direction.
o Ensure blade cannot extend beyond the saw table in any operation.
o Check to see that guards are in place, secured, working correctly, and
used.
o Ensure that end plates are securely fastened to track arm prior to use.
o Tighten all clamp handles prior to use except for the motor carriage
clamp. Tighten this clamp only for ripping operations.
o Avoid kickback by:
- Keeping blade sharp and free of rust and pitch.
- Keeping blade parallel to the fence when ripping.
- Using anti-kickback fingers when ripping. Lower the guard on the
infeed and adjust the anti-kickback attachment properly.
o Follow all ripping warnings on the machine. Never feed the material
into the anti-kickback end of the machine. Feed material against blade
rotation.
o Use push stick(s) for ripping a narrow material.
o Return the cutterhead to the full rear position behind the fence after
each crosscut operation.
o Turn the machine “off” and disconnect the machine from the power
source before installing or removing blades.
o Ensure dust collecting system is used.
February 2019 CON 11
Do
o Replace Radial Arm Saw with Sliding Compound Mitre Saw if
possible.
Do Not
o Wear gloves, loose clothing, jewelry or have long loose hair that could
be caught in moving parts.
o Turn the machine “on” before clearing the table of all objects (tools,
scraps of wood, etc.).
o Cut material that is embedded with foreign objects (nails, staples, etc.)
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
o Allow junior high students to use this piece of equipment.
o Reach around the saw blade when operating.
o Perform a “crossed arm” operation when using this tool.
February 2019 CON 12
Task Hazard Analysis
Task
Router
Specifics Possible Consequences
Physical o Flying objects/kickback
o Moving parts (bit)
o Noise (extended use)
o Pinch points
o Hot machine parts
o Eye Injury
o Cuts, severed fingers
o Hearing loss
o Bruising, lacerations
o Burns
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Install router bits securely, and according to the manufacturer’s
instructions.
o Always use the wrenches provided with the router to change router
bits.
o Keep a firm grip with both hands on your router at all times. Failure to
do so could result in loss of control, leading to possible serious injury.
o Always face the cutter blade opening away from your body.
o Only hold those gripping surfaces of the router designated by the
manufacturer.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Cut counterclockwise on freehand cutting.
o Keep your hands away from bits or cutter areas when the router is
plugged in.
o Always disconnect the plug from the electrical outlet before changing
bits or making any adjustments. If you are changing a bit immediately
after use, be careful not to touch the bit or the collet with your hands or
fingers. Burns could result from the heat build-up from cutting.
o Always secure clamping devices on the material you are cutting before
operating the router.
February 2019 CON 13
Do
o Ensure switch is in the “off” position before plugging into the power
outlet.
o Take Note: For greater control, always allow the motor to reach full
speed before feeding the router into the material.
Do Not
o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
o Reach underneath the material while bits are rotating.
o Attempt to remove debris while the router is operating.
o Attempt to route material embedded with foreign objects (nails,
staples, etc.)
o Force a router.
o Turn the base and bit toward you when removing a router from your
material.
February 2019 CON 14
Task Hazard Analysis
Task
Router Table
Specifics Possible Consequences
Physical o Flying objects/kickback
o Moving parts (blades)
o Noise (extended use)
o Pinch points
o Hot machine parts
o Eye Injury
o Cuts, severed fingers
o Hearing loss
o Bruising, lacerations
o Burns
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Refer to SDS for wood dust.
o Install router bits securely, and according to the manufacturer’s
instructions.
o Always use the wrenches provided with the router to change router
bits.
o Use guards whenever possible.
o Feed material in proper direction (into the direction of bit rotation).
o Use long push blocks with handles when routing short pieces or end
grain.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Keep your hands away from bits or cutter areas when the router is
plugged in.
o Always disconnect the plug from the electrical outlet before changing
bits or making any adjustments. If you are changing a bit immediately
after use, be careful not to touch the bit or the collet with your hands or
fingers. Burns could result from the heat build-up from cutting.
o Use fence as guide.
o Use push stick when routing small pieces.
o Ensure dust collecting system is used.
o Ensure portable router tables are secure to bench.
February 2019 CON 15
Do
o Ensure switch is in the “off” position before plugging into the power
outlet.
o Note: For greater control, always allow the motor to reach full speed
before feeding the material into the router.
Do Not
o Wear gloves, loose clothing, jewelry or have long loose hair that could
be caught in moving parts.
o Turn the machine “on” before clearing the table of all objects (tools,
scraps of wood, etc.).
o Attempt to route material embedded with foreign objects (nails,
staples, etc.)
o Allow any student to use this piece of equipment unless there is active,
in the area, supervision by a teacher or teaching assistant.
February 2019 CON 16
Task Hazard Analysis
Task
Sander - Mounted (Disc/Belt)
Specifics Possible Consequences
Physical o Flying objects/kickback
o Moving parts
o Noise (extended use)
o Pinch points
o Fire
o Explosion
o Eye Injury
o Cuts
o Hearing loss
o Bruises
o Burns
Chemical o Dust
o Throat and lung irritation
o Skin and eye irritation
Biological
Do
o Wear appropriate personal protective equipment (safety glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Ensure you are trained in the use of this equipment.
o Have an anti-skid surface on the floor where the operator would stand
to prevent slips.
o Have dust collection connected and operational.
o Clean the machine and dust collector thoroughly when processing
different types of materials (wood, steel, or aluminum).
o Prevent the material from contacting the sanding surface before
starting the tool.
o Maintain a maximum clearance of 1/16” between the table and the
sanding surface.
o Support the material firmly with a mitre gauge, backstop, or work
table when sanding with a belt. Hold the material firmly.
o Avoid awkward operations and hand positions.
o Avoid kickback. Feed the material against the downward rotation side
of the disc or the forward rotation of the belt.
o Turn the machine “off”, disconnect the machine from the power
source, and clean the table/work area before leaving the machine.
Lock the switch in the “off” position to prevent unauthorized use.
February 2019 CON 17
Do Not
o Wear gloves, loose clothing, jewelry or have long loose hair that could
be caught in moving parts.
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
o Sand very small or very thin materials that cannot be safely controlled.
o Sand or polish magnesium. Fire could result.
February 2019 CON 18
Task Hazard Analysis
Task
Table Saw
Specifics Possible Consequences
Physical o Flying objects/kickback
o Moving parts (blade)
o Noise (extended use)
o Pinch points
o Eye injury
o Cuts, severed appendages
o Hearing loss
o Bruising, lacerations
Chemical o Wood dust
o Throat and lung
irritation/damage
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Use the correct blade and ensure it is sharp (dull blades bind and
overheat).
o Ensure that the blade is properly seated, tightened and aligned.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Start the blade before pushing the material into the blade.
o Have both feet planted firmly on the floor.
o Have an anti-skid surface on the floor where the operator would stand
to prevent slips.
o Stand to the side (left or right) when you use the saw, in case the
wood is kicked back.
o Use a push stick to keep your hands clear of the blade.
o Press the material firmly against the guide fence as you cut.
o Always use the blade guard, a splitter, and an anti-kickback device.
o Specific safety cautions must be in place when it is not possible to use
a guard for special cuts. This operation should only be done by a
teacher or under the direct supervision of a teacher.
o Wait for the blade to stop before removing material.
o Ensure the fence is locked before cutting.
o Ensure fence is parallel with the blade.
February 2019 CON 19
o Lower blade after use.
Do
o Pay attention to the location of hands while cutting.
o Pay attention to the material, making sure the material is always
touching the fence (This is the main reason for kickbacks and most
mistakes).
o Have outfeed support (table, person, or rollers) set up before
beginning the cut.
o Push material completely past blade when cutting.
February 2019 CON 20
Do not
o Wear gloves, loose clothing, jewelry or have long loose hair that
could be caught in moving parts.
o Set the blade height to more than 1/2” (1.3 cm) above the material.
o Reach over the saw blade while it is operating.
o Force the material into the blade. Feed the material into the blade with
a little pressure.
o Attempt to route material embedded with foreign objects (nails,
staples, etc.)
o Cross over hands while cutting.
o Allow junior high students to use this piece of equipment.
o Allow any student to use this piece of equipment unless there is
active, in the area, supervision by a teacher or a teaching assistant.
o Let a person who is on the outfeed side of the table saw pull the
material when the operator is feeding the material into the saw.
Outfeed pulling might draw the operator into the saw. The person on
the outfeed side is only there for the purpose of supporting the object
from falling.
o Let the person who is on the outfeed side of the table saw squeeze the
split pieces of material together as this will cause the material to bind
at the saw blade.
o Turn the machine “on” before clearing the table of all objects (tools,
scraps of wood, etc.).
o Run warped or crooked stock through the table saw. The sides facing
the table fence should be straight.
o Use the saw table to stack material as you use it.
o Allow freehand cuts.
o Pull material back after entering the blade cutting area.
February 2019 CON 21
Task Hazard Analysis
Task
Thickness Planer
Specifics Possible Consequences
Physical o Flying objects/kickback
o Moving parts (blade)
o Noise (extended use)
o Pinch points
o Eye Injury
o Cuts, severed fingers
o Hearing loss
o Bruising, lacerations
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Have an anti-skid surface on the floor where the operator would stand
to prevent slips.
o Check to see if guards (if applicable) are in place, secured and
working correctly.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Ensure push stick is available and thinner than material being planed
and long enough to prevent hand entry into machine.
o Follow manufacturer’s guidelines for minimum length of material to
plane.
o Set depth of cut to the desired thickness for the material.
o Ensure dust collecting system is used.
o Keep knives sharp and free from rust and pitch.
o Turn the machine “on” with the material NOT touching the
cuttinghead.
o Properly secure the knives in the cuttinghead before turning the power
“on”.
o Lock the speed setting securely before feeding the material through the
machine.
o Keep arms, hands, and fingers away from the cutting heads, the feed
rollers, and the chip exhaust opening.
February 2019 CON 22
Do
o Allow the cuttinghead to reach full speed before feeding in the
material.
o Stand to the side (left or right) when you use the planer in case the
wood is kicked back.
o Remove shavings only with the machine “off” and disconnected from
the power source.
o Take note: For longer pieces of material push material completely
past the blade when cutting.
o Properly support long or wide materials.
o Turn the machine “off” and disconnect from the power source before
installing or removing accessories, adjusting, or changing set-ups, or
when making repairs.
Do Not
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
o Reach into machine when connected to power source.
o Use dull blades.
o Wear gloves, loose clothing, jewelry or have long loose hair that could be
caught in moving parts.
o Turn the machine “on” before clearing the table of all objects (tools,
scraps of wood, etc.).
o Turn the machine “on” with the material touching the cuttinghead.
o Let a person who is on the outfeed side of the thickness planer pull the
material when the operator is feeding the material into the planer.
Outfeed pulling might draw the operator into the planer. The person on
the outfeed side is only there for the purpose of supporting the object
from falling.
o Feed a material that is warped, contains knots, or is embedded with
foreign objects (nails, staples, etc.).
o Feed a short, thin, or narrow material into the machine.
o Feed a material into the outfeed end of the machine.
February 2019 CON 23
Task Hazard Analysis
Task
Wood Lathe
Specifics Possible Consequences
Physical o Flying objects
o Moving parts
o Pinch points
o Eye Injury
o Cuts, severed fingers
o Bruising, lacerations
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do
o Wear appropriate personal protective equipment (face shield).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Have anti-skid surface on the floor where the operator would stand to
prevent slips.
o Check to see that the guard (cage) is in place, secured, and working
correctly.
o Rough cut the material as close as possible to the finished shape before
installing it on the faceplate.
o Examine the material for flaws and test glue joints before mounting the
material on machine.
o Securely fasten the material to the faceplate prior to turning. Use the
appropriate size faceplate to properly support the material.
o Tighten all clamp locking handles before operating lathe.
o Clear the lathe bed of all objects (tools, scraps of wood etc.) before
turning the machine “on”.
o Snug the tailstock center against the material and lock it. Lubricate the
tailstock center if it is not a ball-bearing center.
o Properly adjust the tool rest height to just above the center line of the
wood.
o Adjust the tool rest so it is as close to the material as possible.
o Rotate the material by hand to check clearance before turning the machine
“on”.
o Stand clear when first starting the lathe with attached material. Keep
all observers and passersby clear of rotating path of material to avoid
injury from flying objects.
o Move the cutting tool into the material slowly, and cut small amounts
when roughing.
February 2019 CON 24
Do
o Remove the tool rest before sanding or polishing.
o Turn the machine “off” and disconnect from the power source before
installing or removing accessories, adjusting, or changing set-ups, or
when making repairs.
o Hold tools firmly.
o Ensure dust collecting system is used.
o Spin wood as fast as possible i.e., 1500 rpm, without lathe shaking.
This prevents the tool from jamming during roughout.
Do Not
o Adjust the tool rest while the material is turning.
o Wear gloves, loose clothing, jewelry or have long, loose, hair that
could be caught in moving parts.
o Allow students to use this piece of equipment unless there is active, in
the areas, supervision by a teacher or teaching assistant.
o Use makeshift tools.
o Mount split materials or materials containing knots.
o Let the screw fasteners interfere with the turning tool at the finished
dimension of the material.
o Use stock material that is warped, contains knots, or is embedded with
foreign objects (nails, staples, etc.).
February 2019 CON 25
Task Hazard Analysis
Task
Wood Shaper
Specifics Possible Consequences
Physical o Flying objects
o Moving parts (pits)
o Noise (extended use)
o Pinch points
o Bruising, lacerations
o Cuts, severed fingers
o Hearing loss
o Eye Injury
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do
o Wear appropriate personal protective equipment (impact glasses and
ear muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Have anti-skid surface on the floor where the operator would stand to
prevent slips.
o Check to see that guards are in place, secured, and working correctly.
o Feed material in proper direction.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade. Use caution when shaping small pieces.
o Turn the machine “off” and disconnect from the power source before
installing or removing accessories, adjusting, or changing set-ups, or
when making repairs.
o Install bits securely and according to manufacturer’s instructions.
o Use appropriate wrenches to change bits.
o Position cutters so material is above when feeding.
o Check feed direction on shapers that rotate in both directions.
o Keep cutters sharp and free from rust and pitch.
o Adjust the fence halves so that the cutter opening is never more than is
required to clear the cutter.
o Keep the front motor access panel closed while the machine is running.
o Ensure dust collecting system is used.
February 2019 CON 26
Do Not
o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Allow high school students to use this piece of equipment unless there
is active, in the area, supervision by a teacher or teaching assistant.
o Allow junior high students to use this tool.
o Feed a material that is warped, contains knots, or is embedded with
foreign objects (nails, staples, etc.).
o Run material without using a fence.
February 2019 FAB 1
Task Hazard Analysis
Task
Abrasive Cut Off Saw
Specifics Possible Consequences
Physical o Flying objects
o Noise
o Sparks
o Moving parts (blade)
o Cuts
o Bruises
o Hearing loss
o Burns
o Eye injury
Chemical o Dust
o Throat and lung irritation
o Skin and eye irritation
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, face
shield, ear muffs or plugs for extended use).
o Ensure material is clamped in place with the saw vice before cutting.
o Only use blades that are specifically designed for this equipment.
o Conduct a visual inspection, before use, for a damaged blade (cracks,
chips).
o Ensure flammable materials are kept away from the work area.
o Issue a warning about sparks to other individuals in the area.
o Stand to the side (left or right) when you use the saw.
o Ensure fingers are kept well back from the blade.
o Ensure appropriate cutting block is used.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Follow manufacturer’s instructions for use and maintenance.
Do Not
o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Allow students to use this equipment unless there is active, in the area,
supervision by a teacher or teaching assistant.
o Turn the machine “on” before clearing the table of all objects (tools,
scraps of wood, etc.).
o Remove material until blade has stopped.
o Perform a crossed arm operation.
o Crowd or distract machine operator.
February 2019 FAB 2
Task Hazard Analysis
Task
Arc Cutting (Air Carbon/Plasma)
Specifics Possible Consequences
Physical o Heat
o Infrared rays
o Noise
o Flying objects/particles
o Electronic shock
o Ultra-violet radiation
o Bright light
o Burns
o Eye injury
o Hearing loss
o Electrocution
o Explosion
o Cuts
Chemical o Fumes/gases
o Throat and lung irritation
o Skin and eye irritation
Biological
Do
o Wear appropriate personal protective equipment (welders helmet fitted
with filtered shade suitable for type of welding*, gloves - gauntlet and
chrome tanned, spark shield, leather apron, flame resistant clothing).
*Refer to Chart - Shade Numbers for Arc Processes at the end of Arc
Welding - Task Hazard Analysis.
o Ensure guards and hold downs are in place.
o Shut “off” machine when placing short pieces.
o Ensure adequate ventilation equipment is available and used.
o Refer to Arc Welding - Task Hazard Analysis.
o Refer to Compressed Air - Task Hazard Analysis (see CTS - Mechanics
MEC).
o Follow manufacturer’s instructions for use and maintenance.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
Do Not
o Wear jewelry or have long, loose hair.
o Leave machine unattended when turned on.
o Crowd or distract machine operator.
o Make excessively deep cuts.
o Place hands on shear when operating.
o Allow any students to use this piece of equipment unless there is
active, in the area, supervision by a teacher or teaching assistant.
o Allow junior high students to use this equipment.
February 2019 FAB 3
Task Hazard Analysis
Task
Arc Welding (Shielded Metal/Flux Core/Gas Tungsten/Plasma)
Specifics Possible Consequences
Physical o Flying objects/particles
o Electric shock
o Ultra violet radiation
o Heat
o Bright light
o Electrocution
o Burns
o Eye injury
o Explosion
Chemical o Fumes/gases
o Throat and lung irritation
o Skin and eye irritation
o Fever
Biological
Do
o Wear appropriate personal protective equipment (welders helmet fitted
with filtered shade suitable for type of welding*, gloves - gauntlet and
chrome tanned, spark shield, leather apron, flame resistant clothing).
*Refer to Chart - Shade Numbers for Arc Processes at the end of this
Task Hazard Analysis.
o Wear the helmet correctly. Flying sparks are a danger to your eyes.
Arc rays can cause painful burns to you and onlookers.
o Wear appropriate respirator when welding on toxic/coated metals.
(This only applies to contractors. Students and teachers must not
weld toxic/coated metals).
o Use a cover lens to protect the filter shade lens. Replace the cover lens
if it gets scratched or hazy.
o Discard pitted or damaged lenses.
o Wear clothing made from heavyweight, tightly woven, 100% wool or
cotton to protect from UV radiation, hot metal, sparks, and open
flames. Flame retardant treatments become less effective with repeated
laundering.
o Keep clothing clean and free of oils, greases, and combustible
contaminants.
o Wear long-sleeved shirts with buttoned cuffs and a collar to protect the
neck. Dark colours prevent light reflection.
o Tape shirt pockets closed to avoid collecting sparks or hot metal or
keep them covered with flaps.
o Take Note: Pant legs must not have cuffs and must cover the tops of
the boots. Cuffs can collect sparks.
February 2019 FAB 4
Do
o Use fire-resistant boot protectors or spats strapped around the pant legs
and boot tops, to prevent sparks from bouncing in the top of the boots.
o Wear layers of clothing. To prevent sweating, avoid overdressing in
cold weather. Sweaty clothes cause rapid heat loss. Leather welding
jackets are not very breathable and can make you sweat if you are
overdressed.
o Wear a fire-resistant skull cap or balaclava hood under your helmet to
protect your head from burns and UV radiation. o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Ensure required SDS for all hazardous gases and welding rods are
readily available and referred to.
o Follow manufacturer’s instructions for use and maintenance.
o Be aware of eyewash/fire extinguisher locations and make sure they
are operational.
o Ensure adequate ventilation equipment is available and used.
o Ensure appropriate welding screen or curtains are in place to protect
others.
o Remove all flammable materials from work area.
o Remove all ignition sources such as matches and butane lighters from
pockets. Hot welding sparks may light the matches or ignite leaking
lighter fuel.
o Ensure the machine is properly grounded.
o Ensure all observers are wearing appropriate helmets.
o Provide warning to all on-lookers before commencing work.
o Keep welding cables dry and free from oil and grease and uncoil cable
to remove loops and tangles.
o Avoid damp areas and keep hands, gloves, and clothing dry at all
times. Dampness on the body may cause electrical shock.
o Keep your breathing area out of welding smoke plume.
o Keep the non-insulated portion of the electrode holder from touching
the welding ground when the current is on. This will cause a flash.
o Ensure metals are clean before welding.
o Refer to Oxyacetylene Welding/Cutting - Task Hazard Analysis when
welding with:
- Flux core
- Gas Metal
- Gas Tungsten.
o Direct any spark spray away from your clothing.
o Ensure hot metals are identified appropriately.
February 2019 FAB 5
Do Not
o Wear contact lenses while welding.
o Use gas welding goggles for arc welding.
o Wear jewelry or have long, loose hair.
o Wear clothing made from synthetic or synthetic blends. The
synthetic fabric can burn vigorously, melt, and produce bad skin burns.
o Wear greasy clothing or gloves.
o Strike an arc on gas cylinders.
o Watch welding operations without proper eye protection.
o Attempt to use welding equipment until properly trained.
o Weld or cut on used containers unless appropriately cleaned.
o Weld directly on a concrete floor due to possible explosion hazard.
o Use helmet as a hand shield.
o Crowd or distract machine operator. o Store combustible or flammable materials in the work area.
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
Shade Numbers for Arc Processes (from CSA W117.2)
Process
Electrode
Diameter
(mm)
Current
(Amperes)
Minimum
Shade
Suggested
Shade
SMAW
< 2.5
2.5 – 4
4 – 6.4
> 6.4
< 60
60 – 160
160 – 250
250 – 550
7
8
10
11
-
10
12
14
GMAW and
FCAW
< 60
60 – 160
160 – 250
250 – 500
7
10
10
10
-
11
12
14
Air Carbon
Arc Cutting
light
Heavy
<500
500 – 1000
10
11
12
14
* The correct filter shade is selected according to the welding process, wire
diameter and operating current. The table above provides the correct shade
number for different situations. Always use the Suggested Shade rather than
the Minimum Shade.
February 2019 FAB 6
Task Hazard Analysis
Task
Bench/Pedestal Grinder
Specifics Possible Consequences
Physical o Flying objects
o Noise
o Heat
o Moving parts
o Bruises
o Hearing loss
o Cuts
o Eye injury
o Burns
Chemical o Metal dust
o Grinding wheel dust
o Throat and lung irritation
o Skin and eye irritation
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use, maintenance, and
installation of wheels.
o Locate cooling bucket close to grinder.
o Use vice grips for small work pieces.
o Keep area clean of debris.
o Ensure adequate lighting is available.
o Use only wheels suitable for the speed of the machine.
o Use only wheels that have a bore exactly equal to the arbors of the
machine.
o Conduct a visual inspection of the wheels for cracks or fragments
before starting the machine. Replace damaged wheels immediately.
o Adjust shields close to the grinding wheel and re-adjust as the wheel
wears down.
o Always make sure that the shields are in place, properly adjusted, and
secured before each use.
o Adjust tool rests to within 1/8” (0.3 cm) of the grinding wheel.
o Hold the material firmly against the tool rest.
o Tighten the tool rest securely to prevent shifting positions and re-adjust
as the wheel wears down.
o Stand to one side before turning the machine “on”.
o Avoid awkward operations and hand positions.
o Properly support long or wide materials.
o Only use the face of the grinding wheel for grinding materials.
o Pay close attention to the location of hands and fingers while grinding.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
February 2019 FAB 7
Do Not
o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Grind on side of wheels.
o Set rest below center line of the wheel.
o Over tighten the wheel nut.
o Use a wheel that vibrates. Dress the grinding wheel or replace it.
o Start the machine with the material against the grinding wheel.
o Grind near flammable materials.
o Apply coolant directly to the grinding wheel. Dip the material in water
to cool it.
o Attempt to machine an undersized wheel to fit an arbor.
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
o Crowd or distract machine operator.
February 2019 FAB 8
Task Hazard Analysis
Task
Metal Lathe/Milling Machine
Specifics Possible Consequences
Physical o Flying objects
o Moving parts
o Cuts
o Bruises
o Eye injury
Chemical o Metal/oil fumes
o Throat and lung irritation
Biological
Do
o Wear appropriate personal protective equipment (impact glasses).
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Follow manufacturer’s instructions for use and maintenance.
o Ensure proper cutting and feed speeds through continuous observation.
o Ensure bits are sharp.
o Clear the lathe bed of all objects (tools, scrap metal) before turning the
machine “on”.
o Take Note: Cut towards the heads of the stock.
Do Not
o Leave machine unattended while “on”.
o Leave chuck key in chuck.
o Crowd or distract machine operator.
o Take excessive deep cuts.
o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
February 2019 FAB 9
Task Hazard Analysis
Task
Oxyacetylene Welding/Cutting
Specifics Possible Consequences
Physical o Heat
o Bright light
o Explosion
o Burns
o Eye injury
o Death
Chemical o Fumes
o Throat and lung irritation
o Death
Biological
Do
o Wear appropriate personal protective equipment (goggles shaded to 4 or
higher with tempered lenses, gloves - gauntlet and chrome tanned, fire
retardant apron/shop coat/coveralls).
o Wear spats when appropriate.
o Ensure all clothing and protective apparel is free of oil or grease. Oil and
grease in the presence of oxygen can ignite and burn violently.
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Ensure adequate ventilation equipment is available and used.
o Ensure flash back arrestors are in place on every torch and tank.
o Inspect oxy-fuel apparatus for oil, grease, or damaged parts. Do not use the
oxy-fuel apparatus if oil or grease is present or if damage is evident. Have
the oxy-fuel apparatus cleaned and/or repaired by a qualified repair
technician before using it.
o Keep flames, heat, and sparks away from cylinders and hoses.
o Move combustibles a safe distance away from areas where oxy-fuel
operations are performed. Flying sparks can travel as much as 35 feet.
o Have a fire extinguisher of the proper type and size available in the work
area.
o Inspect the area for possible fires or smoldering materials once work is
complete.
o Ensure required SDS for all hazardous gases and welding rods are readily
available and referred to.
o Follow manufacturer’s instructions for use and maintenance.
o Keep welding hoses clear of any falling metal, slag, or sparks.
o Completely replace welding hose if it contains multiple splices or when
cracks or severe wear is noticed.
o Always keep cylinders secured properly in a vertical position.
o Always keep valve protection caps in place whenever cylinders are moved
or are in storage (full or empty).
o Mark empty cylinders “empty”.
February 2019 FAB 10
Do
o Close valves completely on empty cylinders.
o Ensure cylinder valves and regulator connections are completely free of
dirt, dust, oil, or grease.
o Notify cylinder supplier immediately, if oil, grease, or damage is detected
on the cylinder valves - do not use.
o Store oxygen and fuel tanks separately and in well ventilated areas.
o Examine the hoses before attaching to welding torch handle or regulators.
If cuts, burns, worn areas or damaged fittings are found, replace the hose.
o Weld only with a balanced torch.
o Ensure equipment is rated for the tip size selected.
o Ensure there are always two O-rings on the cone end. The absence or
damage of either of these O-rings allows premixing and leaks of oxygen
and fuel gases. This can lead to flashback within the torch handle or cutting
attachment.
o Always open the cylinder valves slowly and carefully.
o Always check for leaks on the regulator and cylinder valve connections.
Stand on the appropriate side of the regulator when performing this task.
o Be sure to clear hoses in a well-ventilated area. The escaping gases create
conditions for fire and explosions.
o Point the flame away from people, equipment, and any flammable material.
o Perform all brazing processes in a well-ventilated area due to possible toxic
fumes.
Do Not
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
o Leave lit torch unattended.
o Use a cylinder that does not have a gas identification label attached to it.
Notify cylinder supplier immediately if oil, grease, or damage is detected
on the cylinder valves - do not use.
o Crowd or distract equipment operator.
o Wear open-toed shoes.
o Open an acetylene cylinder valve more than approximately 1 1/2 turns and
preferably no more than 3/4 of a turn. Keep the cylinder wrench, if one is
required, on the cylinder valve so the cylinder may be turned off quickly
if necessary.
o Wear loose clothing, jewelry or have long, loose hair.
o Wear clothing made from synthetic or synthetic blends. The
synthetic fabric can burn vigorously, melt, and produce bad skin burns.
o Test for gas leaks with a flame. Use an approved leak-detector solution or
soapy water.
February 2019 FAB 11
Do Not
o Allow hoses to become coated with oil, grease, or dirt. Such coatings
could conceal damaged areas.
o Tamper with the relief valve or remove it from the regulator.
o Strike, drop, or apply heat to any cylinder or valve.
o Use the regulator if oil, grease, or damaged parts are detected on the
regulator or the cylinder valve or if the inlet filter is missing or dirty.
Only have it cleaned or repaired by a qualified repair technician.
o Stand in front or behind a regulator when opening the cylinder valve.
Always stand so that the cylinder is between you and the regulator.
o Starve or choke a multi-flame heating nozzle. This will cause overheating
of the head and a flashback may result. Should a flashback occur (flame
disappears and/or a hissing sound when the flame burns inside the nozzle)
follow manufacturer’s instructions for shut down. Allow the nozzle to
cool before attempting to reuse. If a flashback or burn-back reoccurs, have
the apparatus checked by a qualified repair technician before using again.
February 2019 FAB 12
Task Hazard Analysis
Task
Soldering
Specifics Possible Consequences
Physical o Heat o Burns
Chemical o Fumes o Throat and lung irritation
Biological
Do
o Wear appropriate personal protective equipment (impact glasses).
o Wear gloves if appropriate.
o Ensure adequate ventilation equipment is available and used.
o Ensure required SDS for all hazardous materials are readily available.
o Pay close attention to the location of hands and fingers while soldering.
o Move combustibles a safe distance from where soldering operations are
performed.
o Have fire extinguisher available in the work area.
o Inspect the area for possible fires or smoldering materials when work is
complete.
o Follow manufacturer’s instructions for use and maintenance.
o Ensure hot metals are identified appropriately.
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
Do Not
o Overheat base metal.
o Wear open toed shoes.
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
o Wear jewelry, loose clothing or have long, loose hair.
o Crowd equipment operator.
February 2019 FAB 13
Task Hazard Analysis
Task
Wire Wheel/Buffer
Specifics Possible Consequences
Physical o Flying objects
o Noise
o Heat
o Moving parts
o Bruises
o Hearing loss
o Cuts
o Eye injury
o Burns
Chemical o Metal dust
o Grinding wheel dust
o Throat and lung irritation
o Eye and skin irritation
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, face
shield).
o Follow manufacturer’s instructions for use and maintenance.
o Prevent the material from contacting the wheel before starting the
equipment. Ensure you are holding the material firmly during the process.
o Buff on bottom half of material.
o Remove tool rest on wire wheel.
o Keep area clean of debris.
o Ensure adequate lighting is available.
o Ensure shields are in place, properly adjusted and secured before each use.
o Stand to one side before turning the machine “on”.
o Avoid awkward operations and hand positions.
o Properly support long or wide materials.
o Pay attention to the location of hands and fingers while buffing.
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
Do Not
o Wear gloves, loose clothing, jewelry or have long, loose hair that could be
caught in moving parts.
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
o Store combustible or flammable materials in the work area; keep them at a
safe distance.
o Crowd equipment operator.
February 2019 MEC 1
Task Hazard Analysis
Task
Batteries (Removal/Installation)
Specifics Possible Consequences
Physical o Electrical short
o Explosions
o Burns
o Cuts
o Electric shock
Chemical o Acids
o Burns
o Eye and skin irritation
Biological
Do
o Wear appropriate personal protective equipment (chemical safety goggles,
gloves).
o Remove jewelry.
o Ensure eyewash station is readily available.
o Inspect battery for leaks before removal.
o Disconnect negative terminal first before working on or removing battery.
o Connect negative terminal last when reinstalling battery.
o Keep battery level when removing or carrying to avoid acid leaks.
o Store batteries away from sources of ignition and in a well-ventilated
location.
o Avoid direct contact with the internal contents of batteries.
o Neutralize acid spills with sodium bicarbonate (baking soda) and dilute
with water before cleaning up.
o Ensure appropriate disposal methods for batteries are followed.
Do Not
o Place tools on battery.
o Make contact between two terminals with tools.
o Pry stuck terminals, potentially cracking case.
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
February 2019 MEC 2
Task Hazard Analysis
Task
Battery Charger
Specifics Possible Consequences
Physical o Explosion
o Cuts
o Bruises
Chemical o Acid
o Burns
o Skin and eye irritation
Biological
Do
o Wear appropriate personal protective equipment (chemical safety goggles).
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Ensure eyewash station is readily available.
o Plug in charger, prior to making setting selections.
o Follow manufacturer’s instructions for use and maintenance.
o Allow an extended thawing period prior to charging, if there is a
possibility the battery is frozen.
o Ensure charger is in good repair.
o Ensure polarity is correct.
o Avoid open flames, sparks, or other sources of ignition.
o Refer to Batteries - Task Hazard Analysis.
o Ensure you are working in a well-ventilated area. Hydrogen gas is
produced when charging and may explode if ignited.
o Turn off charger before disconnecting.
Do Not
o Plug the charger in until all electrical connections are made.
o Rock the charger cables when machine is on.
o Leave the battery charger unattended for extended periods of time when it
is set on medium or high.
o Boost batteries that do not appear to be in suitable condition
(e.g., loose parts, leaks, bulges, or cracks).
o Let an untrained person use the battery charger.
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
February 2019 MEC 3
Task Hazard Analysis
Task
Booster Cables
Specifics Possible Consequences
Physical o Explosion
o Cuts
o Bruises
Chemical o Acid o Skin and eye irritation
Biological
Do
o Wear appropriate personal protective equipment (chemical safety goggles).
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Refer to Batteries - Task Hazard Analysis.
o Ensure battery is not frozen.
o Follow the steps (below) for boosting a battery:
1. Ensure vehicle is in “Park” and parking brake is used.
2. Turn off both vehicles and accessories when boosting a battery.
3. Attach one end of the positive jumper cable to the disabled battery’s
positive terminal.
4. Connect the other end of the positive jumper cable to the booster
battery’s positive terminal.
5. Attach one end of the negative jumper
cable to the booster battery’s negative
terminal.
6. Use an engine ground not a negative
terminal on the disabled car.
7. Attach the other end of the negative
jumper cable to an engine ground on the
disabled vehicle.
8. Attempt to start the disabled vehicle. If the disabled vehicle does not
readily start, start the jumper vehicle, and run it at fast idle to prevent
excessive current draw.
9. Once the disabled vehicle starts, disconnect the ground connected
negative jumper cable from its engine block.
10. Disconnect the negative jumper cable from the booster battery.
11. Disconnect the positive jumper cable from the booster battery, then
from the other battery.
February 2019 MEC 4
Do Not
o Rock booster cables to correct a bad electrical connection.
o Let vehicles touch each other.
o Wear metallic jewelry.
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
February 2019 MEC 5
Task Hazard Analysis
Task
Brake Lathe
Specifics Possible Consequences
Physical o Pinch points
o Flying particles
o Moving parts
o Cuts
o Broken bones
o Bruises
o Crushing
Chemical o Brake lining dust
o Dust
o Skin and eye irritation
o Throat and lung irritation
Biological
Do
o Wear appropriate personal protective equipment (impact glasses,
face shield).
o Ensure eyewash station is readily available.
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Follow the manufacturer’s instructions for use and maintenance.
o Keep face away from particles.
o Keep away from rotating components.
o Disconnect power when adding and removing rotors/drums.
Do Not
o Allow more than one operator on lathe at one time.
o Wear gloves, loose clothing, jewelry or have long, loose hair that could be
caught in moving parts.
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant
February 2019 MEC 6
Task Hazard Analysis
Task
Car Ramps
Specifics Possible Consequences
Physical o Vehicle falling
o Pinch points
o Cuts
o Bruises
o Crushing
o Death
Chemical
Biological
Do
o Inspect ramps for wear, broken welds, etc.
o Have a spotter guide the vehicle onto the ramps.
o Use wheel chocks to prevent vehicle movement once vehicle is on
the ramps.
o Complete a visual and physical inspection of car position on the
ramp to ensure correct placement.
o Ensure vehicles are moved onto ramps by the teacher or teacher
assistant.
o Refer to Under Vehicle Maintenance/Repairs - Task Hazard
Analysis.
Do Not
o Use ramps that have broken welds and/or appear unstable.
o Allow students or unqualified personnel to drive vehicles onto
ramps.
o Allow suspension or steering work when vehicle is on car ramp.
o Jack vehicle, or components, while vehicle is on ramps.
o Allow students to use this piece of equipment unless there is active,
in the area, supervision by a teacher or teaching assistant.
February 2019 MEC 7
Task Hazard Analysis
Task
Compressed Air
Specifics Possible Consequences
Physical o Flying objects
o Skin penetration
o Dust
o Eye injuries
o Hearing damage
o Embolism
o Throat and lung irritation
o Cuts
o Bruises
Chemical
Biological
Do
o Wear appropriate personal protective equipment (impact glasses).
o Regulate air pressure to match tools used.
o Ensure all air hoses are in good repair and connections are functioning
properly.
o Point air hose away from body when connecting or disconnecting tools or
air hose.
o Follow manufacturer’s instructions for use and maintenance.
o Ensure proper pressure regulator and relief device is in place to maintain
proper pressure.
o Use appropriate tools for the task performed.
o Review all safety procedures prior to allowing individuals to use
compressed air for the first time.
Do Not
o Use for general purpose cleaning.
o Clean self or others with compressed air.
o Use damaged or faulty hoses or tools.
o Use tools without training.
o Alter tools in any way.
o Use to clean brake pads.
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
February 2019 MEC 8
Task Hazard Analysis
Task
Cooling System Repair (Radiator)
Specifics Possible Consequences
Physical o Pressurized liquid/steam
o Burns
Chemical o Antifreeze
o Skin and eye irritation
Biological
Do
o Wear appropriate personal protective equipment (chemical safety goggles).
o Ensure required Safety Data Sheet (SDS) is available for antifreeze.
o Ensure vehicle is cool and radiator hoses are soft before proceeding
with repair.
o Ensure eyewash station is readily available.
o Use a spill kit to clean up large volume spills of antifreeze.
Do Not
o Work on cooling system when engine is hot.
o Remove radiator cap when engine is hot.
o Attempt to drain radiator until cool.
o Attempt to change hoses until cool.
o Allow students to perform this procedure unless there is active, in the area,
supervision by a teacher or teaching assistant.
February 2019 MEC 9
Task Hazard Analysis
Task
Engine Crane
Specifics Possible Consequences
Physical o Crushing
o Pinching
o Death
o Broken bones
o Cuts
Chemical o Fluids (antifreeze and
gasoline)
o Skin and eye irritation
Biological
Do
o Wear appropriate personal protective equipment (impact glasses).
o Ensure required Safety Data Sheets (SDS) are available for
engine fluids.
o Ensure eyewash station is readily available.
o Follow manufacturer’s instructions for use and maintenance.
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Inspect chains for damaged or worn links.
o Ensure chain is attached to appropriate lift points. Use proper bolts and
washers.
o Ensure vehicle is properly supported before engine is lifted.
o Lower engine once removed from engine compartment before
transporting.
o Keep body parts away from suspended load.
o Maintain center of gravity for engine by ensuring crane legs of mobile unit
are set to the correct positions matching boom extension.
o Verify you are not exceeding the lifting capacity of the engine crane.
o Ensure engine is secured at an appropriate work station before
commencing repairs.
o Use a spill kit to clean up large volume spills of fluids
Do Not
o Move crane with engine fully lifted out of car.
o Leave engine suspended or work on suspended engine.
o Attempt to lift engine if chains are damaged, worn, or insufficient
size or capacity.
o Modify or alter any part of the equipment.
o Attempt to lift engine unless all belts, hoses and cables are disconnected. If
something is forgotten, lower engine and secure before attempting to
disconnect.
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
February 2019 MEC 10
Task Hazard Analysis
Task
Hoists / Wheel Alignment Machines
Specifics Possible Consequences
Physical o Vehicle falling
o Crushing
o Cuts
o Bruises
o Death
Chemical o Hydraulic fluid o Skin and eye irritation
Biological
Do
o Follow manufacturer’s instructions for use and maintenance.
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Ensure eyewash station is readily available.
o Ensure hoist is inspected yearly by the Maintenance Department and
appropriate certification is attached to the hoist.
o Refer to Under Vehicle Maintenance/Repairs - Task Hazard Analysis.
o Ensure hoist is inspected daily to identify any problem areas (e.g., controls,
hydraulic leaks, structural components).
o Chock wheels (front and back) after vehicle is driven into position on
drive-on-hoists.
o Identify proper lift contact points (refer to vehicle or manufacturer’s
manual).
o Check contact points once hoist has made contact with vehicle.
o Have a spotter watch the areas of a vehicle not visible to the operator of
the hoist.
o Be aware of changes to the center of gravity when removing vehicle
components. Make appropriate adjustments as required.
o Ensure loads and equipment have been removed from under the vehicle
prior to lowering the hoist.
o Use a spill kit to clean up large volume spills of hydraulic fluid.
Do Not
o Use a damaged or defective hoist (i.e., locks must work).
o Overload a hoist (i.e., pick-up truck full of cargo).
o Allow a hoist to remain above the locks. Hoist must be lowered onto a
lock position.
o Exceed manufacturer’s recommended lifting capacity.
o Allow occupants to remain in a vehicle when operating a hoist.
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
February 2019 MEC 11
Task Hazard Analysis
Task
Hydraulic Jacks
Specifics Possible Consequences
Physical o Vehicle falling
o Crushing
o Cuts
o Bruises
o Death
Chemical o Hydraulic fluid o Skin and eye irritation
Biological
Do
o Refer to Safety Data Sheets (SDS) for hydraulic fluid.
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Ensure eyewash station is readily available.
o Inspect jack before use.
o Use on a level surface.
o Work on a concrete or asphalt surface.
o Chock wheels after vehicle is in position.
o Refer to Jack Stands - Task Hazard Analysis.
o Lift vehicle according to vehicle manufacturer’s specifications.
o Ensure, when lifting vehicle components with jack, that they are properly
supported.
Do Not
o Use jacks which need repair.
o Use bumper jacks.
o Overload jacks.
o Allow persons to work under or around a vehicle while hydraulic jack is in
use. Proper jack stands must be in place before work commences.
o Position yourself where you could be pinned between the operating
handles and the wall if the vehicle accidentally moves.
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
o Exceed manufacturer’s recommended lifting capacity.
February 2019 MEC 12
Task Hazard Analysis
Task
Hydraulic Press
Specifics Possible Consequences
Physical o Flying debris
o Compression
o Crushing
o Cuts
o Bruising
o Eye injuries
Chemical o Hydraulic fluid o Skin and eye irritation
Biological
Do
o Wear appropriate personal protective equipment (impact glasses and face
shield, suitable leather gloves).
o Ensure SDS is available for hydraulic fluid.
o Ensure eyewash station is readily available.
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Follow manufacturer’s instructions for use and maintenance.
o Use appropriate tools (i.e., bearing separators) with press.
o Be aware of increasing press force without component movement.
Do Not
o Allow untrained persons to use press.
o Attempt unfamiliar repair procedures without following manufacturer’s
instructions.
o Allow bystanders. Only one person (unless assistant is required) shall
operate press.
o Allow students to use this piece of equipment unless there is active,
in the area, supervision by a teacher or teaching assistant.
February 2019 MEC 13
Task Hazard Analysis
Task
Jack Stands
Specifics Possible Consequences
Physical o Vehicle falling
o Crushing
o Cuts
o Bruising
o Death
Chemical
Biological
Do
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Inspect and discard suspect or broken jack stands (DO NOT REPAIR).
o Ensure jack stand is rated to support load.
o Ensure wheels of vehicle are chocked.
o Ensure each stand is at the same height (left and right).
o Place jack stand into position without moving entirely under the vehicle.
o Refer to Under Vehicle Maintenance/Repairs - Task Hazard Analysis.
o Ensure jack stands are in proper position according to vehicle
manufacturer.
o Clear area of people before testing for stability.
o Ensure vehicle is stable before anyone goes under it by pushing against
vehicle
Do Not
o Use mixed sets of jack stands.
o Use damaged or defective jack stands.
o Overload the jack stands.
o Transfer weight off the jack stands when lifting engine or transmission
components.
o Allow students to use this piece of equipment unless there is active,
in the area, supervision by a teacher or teaching assistant.
February 2019 MEC 14
Task Hazard Analysis
Task
Operating Engines
Specifics Possible Consequences
Physical o Contact with hot engine
o Moving parts
o Noise
o Fire
o Burns
o Cuts
o Bruising
o Hearing loss
o Pinching
o Death
Chemical o Vehicle exhaust
o Fluids (oil, antifreeze,
gasoline, transmission, and
brake fluid)
o Nausea
o Dizziness
o Skin and eye irritation
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, ear muffs
or plugs for unmuffled engines).
o Ensure required SDS are available for all hazardous fluids.
o Ensure engine is properly secured.
o Ensure engine kill switches are operating properly.
o Tie back long hair, secure or remove loose clothing and remove jewelry.
o Ensure adequate ventilation is available and used for exhaust fumes.
o Ensure carbon monoxide monitor is functioning and has been inspected.
o Ensure fluids are transferred into engine using containers designed for the
process.
o Refer to Refueling from Portable Containers - Task Hazard Analysis.
o Ensure fire extinguisher is readily available.
o Ensure eye wash station is readily available.
o Use a spill kit to clean up large volume spills.
Do Not
o Allow students to start engines for the first time without direct supervision
by a teacher or teaching assistant.
o Operate an engine without first thoroughly inspecting for
loose parts.
o Operate an engine with a deteriorated exhaust system indoors.
o Wear loose clothing, jewelry or long hair that could be caught in moving
parts.
February 2019 MEC 15
Task Hazard Analysis
Task
Pneumatic Tools
Specifics Possible Consequences
Physical o Flying objects
o Moving parts
o Noise
o Bruising
o Cuts
o Hearing loss
Chemical
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, ear muffs
or plugs for extended use).
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Follow manufacturer’s instructions for use and maintenance.
o Use the correct air pressure for the tool as identified by manufacturer.
o Always use the appropriate attachments for the tool.
o Use caution when connecting tools to the compressed air supply to ensure
proper connection.
o Refer to Compressed Air - Task Hazard Analysis.
Do Not
o Modify pneumatic tools.
o Use a pneumatic tool for the wrong application.
o Use damaged or defective tools.
o Allow students to use this piece of equipment unless there is active,
in the area, supervision by a teacher or teaching assistant.
February 2019 MEC 16
Task Hazard Analysis
Task
Refueling Vehicles from Portable Containers
Specifics Possible Consequences
Physical o Fire
o Explosions
o Burns
o Cuts
o Death
Chemical o Gasoline
o Skin and eye irritation
Biological
Do
o Wear appropriate personal protective equipment (gloves and chemical
goggles).
o Ensure required SDS is available for gasoline.
o Use appropriate CSA portable gas containers.
o Ensure gasoline is transferred using containers designed for the purpose.
o Store gasoline containers in a flammable cabinet.
o Ensure fire extinguisher is readily available.
o Ensure eyewash station is readily available.
o Use a spill kit to clean up large volume spills of gasoline.
o Dispose of absorbent into waste container for flammables if spills occur.
Do Not
o Re-use absorbent after cleaning up gasoline spills.
o Allow untrained individuals to fuel vehicles/small engines.
o Use fuel containers which have missing stoppers or that leak.
o Fuel vehicles/small engines or transfer fuel in the presence of flame
or ignition sources (include cell phones).
o Allow students to perform this procedure unless there is active,
in the area, supervision by a teacher or teaching assistant.
February 2019 MEC 17
Task Hazard Analysis
Task
Sand Blasting (In Cabinet)
Specifics Possible Consequences
Physical o Dust
o Throat and lung irritation
o Skin and eye irritation
Chemical
Biological
Do
o Wear appropriate personal protective equipment (impact glasses).
o Use appropriate medium (glass beads).
o Ensure unit is tightly sealed before use.
o Follow Manufacturer’s instructions for use and maintenance.
o See Compressed Air - Task Hazard Analysis.
Do Not
o Point nozzle at doors, glass, or gloves.
o Use equipment that is not in good repair (broken glass, damaged gloves, or
poor weather stripping).
o Open doors until abrasive material has settled.
o Use silica sand.
o Allow students to use this piece of equipment unless there is active,
in the area, supervision by a teacher or teaching assistant.
February 2019 MEC 18
Task Hazard Analysis
Task
Strut Compressor
Specifics Possible Consequences
Physical o Flying objects
o Pinch points
o Bruising
o Cuts
Chemical
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, heavy
duty gloves).
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Only allow one operator at a time on this equipment.
o Inspect items for damage (cracks) before using equipment. If strut is
damaged do not use.
o Follow manufacturer’s instructions for use and maintenance.
Do Not
o Compress physically damaged coil springs.
o Re-use damaged/worn bearing plates or struts.
o Leave a compressed spring unattended.
o Allow students to use this piece of equipment unless there is active,
in the area, supervision by a teacher or teaching assistant.
February 2019 MEC 19
Task Hazard Analysis
Task
Tire Machine
Specifics Possible Consequences
Physical o Flying objects
o Moving parts
o Bruising
o Crushing
o Lacerations
Chemical o Sealant
o Tire cement
o Chemical exposure
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, gloves).
o Ensure required SDS are available for chemicals.
o Follow manufacturer’s instructions for use and maintenance.
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Inspect tires and rims for damage prior to operating machine (i.e., cracks,
tears).
o Ensure tire size matches rim size.
o Allow proper clearance when operating machine.
o Keep hands clear of pinch points.
o Remove valve core prior to operation.
o Lock wheel hold-down device securely.
o Use correct tools.
o Use proper sealant to seal tire.
o Inspect tire and wheel after inflation, but while still within restraining
device. Make sure tire is properly seated and locked. If further adjustment
is necessary, remove valve core to deflate tire before any adjustments are
made.
o Ensure only one operator is using tire machine at a time.
Do Not
o Mount damaged tires on rims or tires on damaged rims.
o Ever service split rims.
o Use any flammable material, soap, or grease to seat the tire’s bead while
inflating.
o Attempt to correct seating by hammering, striking, or forcing the
components while the tire is pressurized.
o Allow students to use this piece of equipment unless there is active
supervision by a teacher or teaching assistant.
February 2019 MEC 20
Task Hazard Analysis
Task
Transmission Jacks
Specifics Possible Consequences
Physical o Crushing
o Pinching points
o Cuts
o Bruises
o Broken bones
Chemical
Biological
Do
o Wear appropriate personal protective equipment (impact glasses).
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Follow manufacturer’s instructions for use and maintenance.
o Ensure vehicle center of gravity is in the center of the hoist.
o Refer to Hoist - Task Hazard Analysis.
o Watch for and be aware of vehicle center of gravity changes as
transmission is removed. Additional support for vehicle may be required.
o Refer to Jack Stand - Task Hazard Analysis.
o Chain transmission to jack platform.
o Obtain assistance when required.
Do Not
o Put your body between the vehicle and the hoist or transmission jack.
o Try to support or catch a falling vehicle transmission component. Allow it
to drop.
o Allow students to use this piece of equipment unless there is active,
in the area, supervision by a teacher or teaching assistant.
February 2019 MEC 21
Task Hazard Analysis
Task
Under Vehicle Maintenance/Repairs
Specifics Possible Consequences
Physical o Vehicle falling
o Hot engine parts
o Crushing
o Cuts
o Bruises
o Burns
o Death
Chemical o Lubricating fluid
o Antifreeze
o Gasoline
o Skin and eye irritation
Biological
Do
o Wear appropriate personal protective equipment (impact or chemical
safety goggles as required).
o Ensure required SDS are available for hazardous fluids.
o Ensure, when working on a vehicle, it is supported according to
manufacturer’s specifications.
o Test vehicle stability. Use extra support if required.
o Use wheel chocks to avoid excess vehicle movement.
o Note: Wearing of coveralls is recommended.
o Only use jack stands/hoists that are maintained and in good working
condition.
o Refer to Hoists- Task Hazard Analysis.
o Refer to Jack Stands - Task Hazard Analysis
o Use parking brake (if applicable).
o Ensure eyewash station is readily available.
o Use a spill kit to clean up large volume spills of fluids.
o Ensure engine is cool before doing maintenance or repairs.
Do Not o Support a vehicle with a hydraulic jack.
o Use a hoist without engaging the locking mechanism.
o Contact hot engine components.
o Cause excessive vehicle movement while working under it without adding
additional supports.
o Work under a vehicle that is not stable and secure.
o Allow a person in the vehicle unless authorized by a mechanics teacher or
assistant.
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
February 2019 MEC 22
Task Hazard Analysis
Task
Valve Grinders
Specifics Possible Consequences
Physical o Flying objects
o Moving parts
o Noise
o Bruises
o Cuts
o Hearing loss
Chemical
Biological
Do o Wear appropriate personal protective equipment (impact glasses, ear muffs
or plugs for extended use).
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Ensure stones are kept at proper angles.
o Check for damaged or broken stones prior to starting grinder.
Do Not o Use machine for unintended purposes.
o Allow more than one operator at a time to operate equipment.
o Wear gloves, loose clothing, jewelry or have long, loose hair that could be
caught in moving parts.
o Allow students to use this piece of equipment unless there is active,
in the area, supervision by a teacher or teaching assistant.
February 2019 MEC 23
Task Hazard Analysis
Task
Vehicle Movement
Specifics Possible Consequences
Physical o Contact with vehicle
o Crushing
o Cuts
o Bruising
o Death
Chemical
Biological
Do
o Perform a walk around inspection prior to moving vehicle.
o Only allow mechanics teacher or aid to move vehicles inside the shop and
compound area.
o Have a spotter for moving any vehicle when one or more students are
present. The spotter’s role is to ensure that no one moves into the path of
the moving vehicle.
o Sound car horn before starting movement.
o Check and test braking system prior to moving vehicles.
o Check tire wheel torque (if applicable).
o Secure vehicle with wheel chocks.
o Refer to Operating Engines - Task Hazard Analysis.
o Whenever possible, avoid vehicle movement when students are present.
Do Not
o Allow untrained (i.e., unlicensed) persons to steer and brake vehicles being
pushed in the shop or compound area.
o Allow persons to be in close proximity to any solid object when pushing
vehicle.
o Test drive unlicensed/unregistered vehicles. Check owner documentation
prior to test drive.
o Allow students to move or test drive vehicles.
February 2019 MEC 24
Task Hazard Analysis
Task
Washing Parts (In a Solvent Tank)
Specifics Possible Consequences
Physical o Fire o Burns
Chemical o Fumes
o Solvent
o Skin and eye irritation
o Throat and lung irritation
Biological
Do
o Wear personal protective equipment (chemical safety glasses, approved
solvent gloves).
o Ensure required SDS are available for hazardous chemicals.
o Use an “aqueous solution” - preferred (virgin Varsol may also be used,
however it is not recommended).
o Refer to Compressed Air - Task Hazard Analysis.
o Ensure eye wash station is readily available.
o Use spill kit to clean up large volume spills of chemicals.
o Dispose of used solvent through District’s Hazardous Waste Pick-up
Procedure (Section 6 – Chemical Hazards)
o Dispose of cleanup materials (rags or paper towels) in a waste container
for flammables.
Do Not o Leave the solvent tank lid open when not in use.
o Blow dry washed parts without the use of solvent gloves.
o Use recycled Varsol as carcinogenic agents may be present.
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
February 2019 FOOD 1
Task Hazard Analysis
Task
Deep Fryer
Specifics Possible Consequences
Physical o Fire
o Heated Oil
o Burns
Chemical
Biological
Do o Follow manufacturers recommended usage and cleaning guidelines.
o Clean the oil regularly.
o Have Type KABC fire extinguisher mounted close by, know procedure for
fire.
o Cover the flame, (in the event of a fire) with a fire blanket or extinguish
with Type KABC fire extinguisher.
o Monitor oil levels and temperatures.
o Clean away any oil surrounding the fryer with warm water and detergent
immediately.
o Turn off when not in use.
o Use extreme care when filtering or changing oil.
o Use proper Personal Protective Equipment (PPE) that may include heat
resistant aprons and mitts when cleaning.
o Ensure that the floor is slip resistant and frequently cleaned with grease
cutting solution.
o Gently submerge the food ingredients into the oil. (Do not allow the oil to
splash).
Do Not o Use plastic containers for draining oil.
o Let oil overheat (above 180 °c).
o Spill or overfill containers when changing or filtering oil.
o Move containers of hot oil (allow to cool before moving or handling).
o Splash water on hot oil.
February 2019 FOOD 2
Task Hazard Analysis
Task
Dish Washing Machine
Specifics Possible Consequences
Physical o Hot temperatures
o Slips and falls
o Scalds, burns
o Minor injuries
Chemical o Caustic soap
o Eye irritation
o Skin irritation (rash, contact
dermatitis)
o Mild respiratory irritation
Biological
Do o Follow manufacturers recommended usage and cleaning guidelines.
o Wear appropriate gloves for handling hot wet items.
o Keep floor dry in front to prevent slips and falls.
o Be wary of load shifting and of sharp objects.
o Allow dishes to cool before removing.
o Place dishes properly on the racks.
Do Not o Open dishwasher while operating (to prevent scalding/burns).
o Reach into hot dishwasher.
February 2019 FOOD 3
Task Hazard Analysis
Task
Dough Mixer
Specifics Possible Consequences
Physical o Rotating mixer blades
o Cuts, abrasions
o Bone fractures
o Amputation
o Death
Chemical
Biological
Do o Follow manufacturers recommended usage and cleaning guidelines.
o Ensure the bowl is locked into place and the attachments are securely
fastened before starting the mixer.
o Exercise care when moving heavy bowls, use a cart or trolley if necessary.
o Unplug the mixer and remove the dough hooks before cleaning or
removing the dough that has stuck to the mixer.
o Remove anything which can be pulled into and get caught in the mixer
(scarf, tie, long sleeves, and jewelry).
o Tie back long hair.
Do Not
o Remove tape or attempt to bypass safety interlocks and safety guards.
o Scrape the sides of the bowls or hooks while mixer is running.
o Add the ingredients while mixer is running without safety guards.
o Try to lift the heavy bowl with wet or greasy hands.
February 2019 FOOD 4
Task Hazard Analysis
Task
Garburator
Specifics Possible Consequences
Physical o Blades
o Liquids
o Cuts, abrasions, amputations,
death
o Splashing liquids on face
o Eye irritations
Chemical
Biological
Do
o Follow manufacturers recommended usage and cleaning guidelines.
o Wash food down with water.
o Prevent hard objects such as forks, knives, spoons, etc. from going
into the machine.
o Turn off switch from the breaker box before unclogging (Refer to Safe
Work Procedures - Lockout/Tagout
o Cover opening before turning on.
Do Not
o Reach into opening unless deactivated.
o Compact (press down) items with any objects or hands.
o Attempt to unclog before turning off switch in breaker box. (Refer to Safe
Work Procedures – Lockout/Tagout)
o Remove guards.
o Pour chemicals down while it is running.
February 2019 FOOD 5
Task Hazard Analysis
Task
Knives
Specifics Possible Consequences
Physical o Sharp blades o Cuts, amputations
Chemical
Biological
Do o Keep knives sharp.
o Use the correct knife for the job.
o Carry one knife at a time, blade tip pointed down and back, along your
side.
o Let co-workers know you are carrying a knife.
o Use a proper chopping board or block on a non-slip surface.
o Hold with stronger or dominant hand using proper holding technique.
o Cut away from your body.
o Use protective clothing such as a mesh glove, when cutting, trimming, or
boning.
o Note: When not cutting, place knife properly on a flat surface at top of
work area, not sticking out.
o Clean the knife immediately after use or place it in a container labeled
“knives only” near the sink.
o Clean your work area so knives are not hidden under the food.
o Store securely in proper racks in a visible location.
Do Not o Leave a knife in sink, dishwater, or dishwasher.
o Use as a can, package, or box opener.
o Catch a falling knife.
o Carry a knife while carrying other objects.
o Carry in your pocket.
o Play around with knives.
o Share cutting boards.
February 2019 FOOD 6
Task Hazard Analysis
Task
Meat Slicer
Specifics Possible Consequences
Physical o Sharp blades
o Electric motor
o Cuts, amputations
o Electric shock
Chemical o Quaternary sanitizer
o Skin and eye irritation
o If ingested - vomiting
Biological o Unclean slicer
o Illness
o Death
Do o Follow manufacturer’s recommended usage and cleaning guidelines.
o Place on a non-slip surface.
o Operate with properly secured guards in place.
o Operate with food slicer guide only.
o Ensure equipment is turned off and unplugged before cleaning and when
not in use.
o Wear proper gloves (Kevlar) when cleaning the equipment.
o Use recommended sanitizer only.
o Clean after each use or every 2 hours at maximum
Do Not o Guide food with hands (use slicer guide).
o Put hands near slicer.
o Use bleach products containing sodium hypochlorite or other caustic/strong
detergents on the slicer base or removable parts.
February 2019 FOOD 7
Task Hazard Analysis
Task
Microwaves / Ovens
Specifics Possible Consequences
Physical o Electric shock
o Radiation
o Heat/fire
o Burns
o Electric shock
Chemical
Biological o Food contaminants
o Improperly cooked food
resulting in illnesses
Do o Follow manufacturer’s recommended usage and cleaning guidelines.
o Mount/place the oven within easy reach to prevent hot spills from food and
to prevent risk of muscle strains and injury due to overextending your
hands/arms to reach.
o Use approved materials inside microwave oven.
o Keep door seals free from food, grease, and dirt.
o Keep interior clean.
o Turn off and unplug if food inside catches fire.
o Vent food (pierce outer skin).
o Vent (open) dishes away from door.
o Fully open door to at least 90˚.
o Ensure space around oven is clear prior to opening.
o Use approved oven mitts that are dry to handle hot items.
Do Not o Use if door seals or interlock is damaged.
o Cook eggs in shell or food in sealed bags or containers.
o Put items on bottom of microwave (use a microwave safe dish).
o Use plastic wrap.
o Use plastic dishes.
o Use metal or tinfoil.
o Use damaged or wet oven mitts.
February 2019 FOOD 8
Task Hazard Analysis
Task
Ranges / Grills
Specifics Possible Consequences
Physical o Fires
o Hot surfaces
o Explosions
o Burns
o Death
Chemical o Natural gas fumes o Asphyxiation
Biological
Do o Follow manufacturer’s recommended usage and cleaning guidelines.
o Keep equipment clean.
o Turn off when done using.
o Have type KABC fire extinguisher available if working with large amounts
of oil and have fire blanket mounted close by. Know procedure for fire.
o Use pots of suitable size and weight.
o Keep handles “turned in” to prevent spills due to accidental contact.
o Use approved oven mitts that are dry to handle hot items.
o Ensure burners are not plugged with grease or debris.
o For gas grill ask supervisor or a trained person to light the pilot.
Do Not o Leave hot ranges/grills unattended.
o Touch hot surfaces.
o Use dish towels to remove hot items.
o Use to heat the room.
o Have combustibles on or near range/grill.
o Fill the pot to maximum capacity (liquid may boil over and put out the
flame).
o Use damaged or wet oven mitts.
February 2019 FOOD 9
Task Hazard Analysis
Task
Walk-In Cooler / Freezer
Specifics Possible Consequences
Physical o Cold temperature exposure
o Slips, falls
o Electric motor/compressor
o Hypothermia
o Frost bite
o Skin burns
o Electric shock
Chemical
Biological
Do o Follow manufacturer’s recommended usage and cleaning guidelines.
o Wear appropriate clothing, including coats and gloves.
o Develop a process for notifying when occupied.
o Ensure smooth operation of handle.
o Wipe up spills immediately.
o Ensure lights have protective covers.
o Ensure emergency evacuation handles on door even when locked.
o Ensure equipment (thermometer, fans) are working properly.
o Store items safely to prevent falling from shelves.
Do Not o Occupy for extended periods of time.
o Touch/handle electric motor/compressor while in operation.
February 2019 CAR 1
Task Hazard Analysis
Task
Bleach Solution for Sanitization or Disinfection - (Use and Preparation)
Specifics Possible Consequences
Physical
Chemical o Contact with bleach (liquid or
vapour)
o Interactions between
chemicals
o Skin and eye irritation
o Throat and lung irritation
o Loss of consciousness
Biological
Do o Review Safety Data Sheet (SDS) for bleach.
o Use personal protective equipment (i.e., rubber gloves and chemical
goggles when decanting).
o Prepare solution in a well-ventilated room, using the appropriate
concentrations of bleach for each of the following tasks:
o Clean-up of blood and body fluids requires a 0.5% bleach solution as
follows:
- Use one-part (50ml) household chlorine bleach and nine parts
(450ml) water. (Use the unscented variety of bleach. Prepare
fresh daily).
o When doing laundry, a 0.01% bleach solution is required as follows:
- Use one-part (125ml) household chlorine bleach to be mixed
with about five hundred parts (65 litres or one washer load) of
water.
o Surface cleaning and soaking of glassware or plastic items require a
0.1% bleach solution as follows:
- Use one-part (20ml) household chlorine bleach mixed with
about fifty parts (1litre) of water
OR
250 ml of household chlorine bleach mixed with 12.6 litres of
water (average kitchen sink capacity).
o Apply work place label to container in which bleach solution will be
stored.
o Store bleach and bleach solution in area which has restricted student
access.
o Avoid mixing with other chemicals or cleaning products.
February 2019 CAR 2
Do Not
o Allow bleach solution to come in contact with skin or eyes.
o Breathe vapours or mists.
o Mix bleach with chemicals or other cleaners as this may result in a chemical
reaction that would produce dangerous gas (i.e., chlorine gas).
February 2019 CAR 3
Task Hazard Analysis
Task
Bleachers and Risers (Set-up and Take Down)
Specifics Possible Consequences
Physical o Heavy load
o Pinch points
o Moving parts
o Sharp edges
o Muscle strain
o Bruising
o Crushing of fingers/toes
o Laceration
Chemical
Biological
Do
o Always have two people working together to move bleachers and risers.
o Use appropriate stick and/or hooks when moving bleachers.
o Always lock the bleachers and risers in place when they are in the open or
storage position.
o Always install hand rails (if available) on bleachers and risers when they
are in the open position.
o Periodically submit a Service Request (SR) to clean and lubricate bleachers
to ensure easy movement of the undercarriage, as well as noting any
irregularities and/or hazards. This is done in addition to our annual
Preventive Maintenance of bleachers.
o Clean area under bleachers on a regular basis. Inspect bleachers and risers
for hazards (missing bolts, loose boards, splinters, etc.) prior to use.
o Consider using gloves while opening or closing the risers.
o Follow manufacturer’s instructions for use and maintenance.
* A video is available for correct set up and take down of the three types of risers.
The video can be found at https://mix.office.com/watch/x7seoq9i4dmh
Do Not
o Attempt to set-up the bleachers or risers by yourself, this may result in
injury.
o Use the bleachers or risers if they cannot be moved by two people. If this
occurs submit an SR to the Service Desk /Maintenance Department.
o Use excessive force to move the bleachers or risers as this may result in
injury to the employee or damage being done to the bleachers.
o Use bleachers or risers if visible parts are damaged or missing as identified
during your inspection.
February 2019 CAR 4
Task Hazard Analysis
Task
Body Fluids Clean-up (e.g., blood, vomit, urine, fecal matter, saliva)
Specifics Possible Consequences
Physical
Chemical o Contact with disinfectant o Skin and eye irritation
o Throat and lung irritation
Biological o Contact with body fluids
o Viruses
o Bacteria
o Infections
Do
o Isolate the area and/or person until body fluids are cleaned up.
o Review Safety Data Sheet (SDS) for specific purpose disinfectant.
o Wear appropriate personal protective equipment (non-latex gloves).
o Cover fluid with towel or other absorbent material.
o Thoroughly wet the contaminated area(s) with disinfectant. For blood
spills let disinfectant sit for 10 minutes.
o After wiping up disinfectant, place all clean-up materials in a double
bag and dispose of in outside commercial garbage container.
o Spray gloves with disinfectant before taking them off.
o Thoroughly wash hands with soap and water after taking off
disinfected gloves.
o Remove contaminated clothing.
o Thoroughly wash any exposed areas on person(s) with soap.
Do Not
o Mix bleach with chemicals or other cleaners as this may result in a
chemical reaction that would produce dangerous gas (e.g., chlorine
gas).
February 2019 CAR 5
Task Hazard Analysis
Task
Condom and Needle Debris Clean-up
Specifics Possible Consequences
Physical o Sharp items
o Cuts
o Puncture
Chemical
Biological o Body fluids
o Viruses
o Infections
Do
o Wear appropriate personal protective equipment (heavy rubber
gloves).
o Whenever possible, use tongs or pliers to pick up items. If tongs or
pliers are not available, use appropriate gloves.
o Hold sharp end of items away from you. Be careful not to prick
yourself or others.
o Dispose of sharp items in puncture proof container or double bag and
dispose in outside commercial garbage bins.
o Disinfect tools, gloves and hands after needle or condom handling
Do Not
o Attempt recapping of a needle if you find the cap.
o Dispose of needles into ordinary garbage bags or containers. Only
use puncture proof containers.
February 2019 CAR 6
Task Hazard Analysis
Task
Employee Roof Access
Specifics Possible Consequences
Physical o Accessing roof o Slips, falls and death
Chemical
Biological o Exposure to insects, birds,
rodents, or pollen
o Viruses
o Infections, allergic
reactions, insect, bird or
rodent bites or stings
Do
o Keep 13 feet /4 meters (Control Zone) away from the roof edge
while working.
o Take note that a Control Zone can be walked through to access
another area.
o Ensure that, when retrieving an item within 6 feet of the roof edge, an
extended pole, broom handle, etc. is used, to either push the item off
the roof or to pull the item towards yourself.
o Wear ice cleats when accessing a roof with potential icy conditions.
o Refer to Task Hazard Analysis for ladders when accessing roofs
without interior accesses.
o Clean up after yourself - Prior to leaving the roof, clean up and
remove all tools, equipment, and materials.
o Ensure safety down below- For work being performed close to the
roof’s edge, demarcate/barricade the area(s) below to protect
pedestrians from falling debris.
o Pay extra attention to where you walk and avoid stepping backwards.
Do Not
o Work within the control zone unless effective fall protection or fall
restraint is in place.
o Access the roof when conditions are icy, slippery, or windy.
o Leave any items on the rooftop that can be blown off by the wind.
o Access a P3 school roof. Honeywell employees are the only
personnel permitted to access P3 roofs.
o Access alone or without notifying school’s administration.
February 2019 CAR 7
Task Hazard Analysis
Task
Flood and/or Water Damage Clean-up
Specifics Possible Consequences
Physical o Slippery surface o Slipping, tripping, or
falling
Chemical o Contact with disinfectant or
sanitizer
o Skin and eye irritation
Biological o Pathogenic
o Potential illness or
respiratory infection
Do
o Determine the source and cause of water intrusion. Stop or contain
water intrusion.
o Isolate the affected area(s) using signs or barrier tape to prevent
entry. Where possible, use materials to prevent water-spread to other
areas.
o Ensure all water soaked materials are completely dry within 48
hours.
o Ensure ventilation in the area is operating continuously. Additional
fans may be needed to speed the drying process.
o Wear appropriate personal protective equipment.
o Remove all materials and equipment outside of water soaked
area(s).
o Wash all non-porous/hard surfaces such as block walls, concrete
floors, desks that were under water.
o Continue to monitor the area for any development of visible mould
or musty odours. Use the Mould Inspection Checklist (See Mould
Inspection Checklist form in Infection Control section of OH&S
Manual) to assist in your identification of any mould concerns and
report any problems to Occupational Health and Safety by
immediately submitting an SR to the Service Desk stating the
urgency of the situation and the possible concerns.
o Remove and replace damaged insulation and drywall up to one foot
above the flood line.
o Contact Occupational Health and Safety if there are concerns that
asbestos materials may be in the area by immediately submitting an
SR to the Service Desk stating your concerns about the possible
urgency of the situation.
o For insurance purposes make a list of affected areas and damaged
materials. Include list when completing and submitting the Property
Report through EARS, noting the SR’s that have been submitted.
February 2019 CAR 8
Do
o Use appropriate electrical devices (GFCI – Ground Fault Circuit
Interrupter) when working around water and electrical devices.
Do Not
o Ignore water intrusions and/or damage.
o Mix chemicals.
February 2019 CAR 9
Task Hazard Analysis
Task
Flood and/or Water Damage Caused by
Sewage or Contaminated Sources – Clean-up
Specifics Possible Consequences
Physical o Slippery surface o Slipping, tripping, or
falling
Chemical o Contact with disinfectant or
sanitizer
o Skin and eye irritation
Biological o Pathogenic
o Potential illness or
respiratory infection
Do
o Determine the source and cause of water intrusion. Stop or contain
water intrusion.
o Isolate the affected area(s) using signs or barrier tape to prevent
entry. Where possible, use materials to prevent water spread to other
areas.
o Contact caretaking to complete clean-up of small, local sewage or
contaminated water sources.
o Complete a hazard report following flood damage.
o Ensure all water soaked materials are completely dry within 48
hours. Carpets, carpet backing, damaged drywall, ceiling tiles,
books and other porous materials contaminated by sewage that
cannot be adequately cleaned should be discarded.
o Ensure ventilation in the area is operating continuously. Additional
fans may be needed to speed the drying process.
o Wear appropriate personal protective equipment. Clean, disinfect or
dispose of contaminated personal protective equipment as needed.
o Remove all materials and equipment outside of water soaked
area(s).
o Wash all non-porous/hard surfaces such as block walls, concrete
floors, desks that were under water, rinsing thoroughly. Then
disinfect and sanitize items after washing.
o Continue to monitor the area for any development of visible mould
or musty odours. Use the Mould Inspection Checklist (See Mould
Inspection Checklist form in Infection Control section of OH&S
Manual) to assist in your identification of any mould concerns and
report any problems to Occupational Health and Safety by
immediately submitting an SR to the Service Desk stating the
urgency of the situation and the possible concerns.
o Remove and replace damaged insulation and drywall up to one foot
above the flood line.
February 2019 CAR 10
Do
o Contact Occupational Health and Safety if there are concerns that
asbestos materials may be in the area by immediately submitting an
SR to the Service Desk stating your concerns about the possible
urgency of the situation.
o Make a list of affected areas and damaged materials, for insurance
purposes. Include list when completing and submitting the Property
Report through EARS (IVOS).
o Use appropriate electrical devices (GFCI – Ground Fault Circuit
Interrupter) when working around water and electrical devices.
Do Not o Ignore water intrusions and/or damage.
o Mix chemicals.
February 2019 CAR 11
Task Hazard Analysis
Task
Genie Lift - AWP 30 S
Specifics Possible Consequences
Physical o Working from heights
o Moving parts of machinery
o Electricity
o Collision
o Injury from falling, or falling
objects
o Pinching and crushing
o Electrocution
o Property or personal damage
Chemical o Contact with hydraulic
fluid
o Contact with battery fluid
o Skin or eye irritation
Biological
Do
o Participate in training to become a certified operator.
o Obey the instructions and safety rules in the manufacturer’s operator
manual (Contained in manual box on lift).
o Inspect the worksite for hazards including overhead obstructions.
Complete Hazard Report Form if necessary.
o Have two people lift and install battery pack.
o Have a ground person present in facility and in frequent
communication with operator. Ground person should be aware of
emergency procedures for operator assistance.
o Always perform a pre-operation inspection.
o Always perform a function test prior to use.
o Only use the machine as it was intended.
o Use appropriate personal protective equipment (hard hats are
mandatory and are provided with the lift for operator and ground
person).
o Take precautions when moving a Genie Lift up/down a sloped surface.
o Be aware of crushing hazard when grasping the platform guard rail.
o Ensure that the outriggers are disengaged before storing. Store in area
not accessible to unauthorized personnel or students.
Do Not
o Use the platform unless the base is level. (All four outriggers are
properly installed, and the leveling jacks firmly contact the floor.)
o Exit the platform while raised. (If a power failure occurs, have ground
personnel activate the manual lowering valve.)
o Allow untrained personnel or students to use this machine.
o Sit, stand, or climb on the platform guardrails.
o Have two people on the platform at one time.
o Operate machine unless all systems are in good operating condition.
February 2019 CAR 12
Task Hazard Analysis
Task
Ladder Usage - General
Specifics Possible Consequences
Physical o Pinch Point
o Heavy load
o Falls
o Death
o Broken bones
o Electrical shock
o Bruising
Chemical
Biological
Do
o Inspect ladder for cracks or broken joints.
o Place your ladder on a stable, even, flat surface. Never place a ladder
on top of another object. Place the base of the ladder 1 foot away
from whatever it leans against, for every 4 feet of height to the point
where the ladder contacts at the top.
o Make sure the brace is locked in place, when using an A-frame
stepladder,
o Note: If climbing onto another surface, make sure the ladder extends at
least three feet past the platform you are climbing onto.
o Secure tall ladders by lashing or fastening the ladder to prevent
movement.
o Always face the ladder when climbing or descending.
o Keep both feet on the ladder - never put one foot on a rung and the
other foot on a different surface.
o Check for overhead electrical wires before setting up a ladder.
Do Not
o Climb higher than the second rung from the top on stepladders or the
third rung on straight or extension ladders. There would be an
exception in the use of step stools or step stairs.
o Stand on the top or the paint shelf of a stepladder.
o Leave ladders unattended - kids love them.
o Use items such as a chair, barrel, or box as a makeshift ladder.
o Use a portable ladder when other equipment is available.
o Paint or coat a portable ladder as it will prevent a person from viewing
current condition.
February 2019 CAR 13
Task Hazard Analysis
Task
Ladder Usage - Portable / Extension Ladder
Specifics Possible Consequences
Physical o Pinch Point
o Heavy load
o Falls
o Death
o Broken bones
o Electrical shock
o Bruising
Chemical
Biological
Do
o Inspect ladder for cracks or broken joints.
o Place the ladder feet 1/4 of the ladder’s working length (i.e. foot to top
support point) away from the base of the structure. For every 4 ft. high,
the base of the ladder should be out 1 ft. horizontally from the structure
(support point).
o Extend the ladder at least 1 m (3 ft.) above the landing platform
o Place the ladder on a firm, level footing. Use a ladder with slip- resistant
feet or secure blocking, or have someone hold the ladder. Please note that
securing a ladder at the foot does not prevent a side slip at the top.
o Rest both side rails on the top support and secure ladder to prevent
slipping.
o Check for overhead electrical wires before setting up a ladder.
o Clear area around base and top of the ladder of debris, tools, and other
objects.
o Tie off yourself with a safety harness when working 3 m (10 ft.) or more
off the ground or when working with both hands.
o Ensure that only one person is on a single-width ladder. Only one person
is allowed on each side of a double-width ladder.
o Maintain three-point contact by keeping two hands and one foot, or two
feet and one hand on the ladder at all times.
o Grasp the rungs when climbing a ladder, not the side rails. If your foot
slips on a ladder, holding onto rungs is easier than holding onto the side
rails.
o Rest the top of the ladder against a solid surface that can withstand the
load, not against windows.
o Guard or fence off the area around a ladder erected in an area where
persons have access.
o Secure the ladder firmly at the top to prevent it from slipping sideways or
the foot from slipping outwards.
February 2019 CAR 14
Do
o Station a person at the foot of a ladder when it is not possible to tie at the
top or secure it at the foot. This is effective only for ladders up to 5 m (16
ft.) long.
o Ensure that the person at the foot of the ladder faces the ladder with a
hand on each side rail and one foot resting on the bottom rung.
Attach hooks on top of ladder rails where ladder is to be used at a constant height.
Do Not
o Use a ladder in passageways, doorways, driveways, or other locations
where a person or vehicle can hit it. Set up suitable barricades or lock
the doors shut.
o Place a ladder against flexible or moveable surfaces, or a window
o Straddle the space between a ladder and another object.
o Erect ladders on boxes, carts, tables, scaffold, or other unstable
surfaces.
o Use ladders on ice.
o Stand or rest a ladder on any of its rungs. Ladders must rest on both
side rails.
o Allow anyone to stand under a ladder.
o Lean or overreach from a ladder; move as required. Keep your center
of gravity between the side rails.
o Use a ladder in a horizontal position as a scaffold plank or runway.
o Carry objects in your hands while on a ladder. Hoist materials or
attach tools to a belt.
o Work from top three rungs. The higher a person goes on a ladder,
the greater the possibility that the ladder will slip out at the base.
o Join two short ladders to make a longer ladder. Side rails are not
strong enough to support the extra load.
o Paint wooden ladders. Defects may be hidden by the paint. Wood
preservatives or clear coatings may be used.
February 2019 CAR 15
Task Hazard Analysis
Task
Ladder Usage - Step Ladder
Specifics Possible Consequences
Physical o Pinch Point
o Heavy load
o Falls
o Death
o Broken bones
o Electrical shock
o Bruising
Chemical
Biological
Do o Use a stepladder that is about 1 m (3 ft.) shorter than the highest point
you need to reach. This gives a wider, more stable, base and places
shelf at a convenient working height.
o Open the stepladder spreaders and shelf fully.
o Check stability. Ensure that all ladder feet are on a firm, level, and
non-slippery surface.
o Place a stepladder at right angles to the work, with either the front or
back of the steps facing the work.
o Keep the stepladder close to the work.
o Face the stepladder when climbing up or down. Keep your body
centered between side rails. You have climbed too high if your knees
are above top of the stepladder or if you cannot maintain a handhold
on the ladder.
o Maintain a firm grip. Use both hands when climbing.
Do Not o Overreach. Keep your center of gravity between the side rails of the
ladder. Move a stepladder when needed.
o ‘Shift’ or ‘walk’ a stepladder when standing on it.
o Stand, climb, or sit on the stepladder top or pail shelf.
o Overload. Stepladders are meant for one person (not to exceed load
capacity of ladder).
o Use a stepladder as a brace or as a support for a work platform or
plank.
o Push or pull stepladders from the side. Repeated sideways movement
can make ladders wobbly since they are weaker or less stable in those
directions.
February 2019 CAR 16
Task Hazard Analysis
Task
Leaf Blower (Gas powered)
Specifics Possible Consequences
Physical o Flying objects
o Hot parts
o Moving parts
o Explosions
o Ultraviolet radiation
o Eye injuries
o Burns
o Cuts
o Sunburn
Chemical o Engine exhaust
o Fuel vapours
o Skin and eye irritation
o Throat and lung irritation
o Light-headedness
Biological o Exposure to insects or
pollen
o Viruses
o Infections
o Allergic reactions
o Insect bites or stings
Do o Wear appropriate personal protective equipment (impact glasses, steel-
toed boots, earplugs/muffs, sunscreen, and bug spray).
o Wear appropriate clothing (long pants, no loose-fitting clothing or
dangling jewelry).
o Always lay blower on the ground when starting.
o Hold blower firmly while pulling crank to start.
o Always keep both hands on the control handles of the blower when
operating.
o Shut down the blower if the unit starts to shake or vibrate more than
normal. Check to see if the blower is damaged or fasteners are loose.
o Always disconnect the spark plug before working on the blower.
o Wipe up any spilled fuel before starting the engine.
o Keep hands and other body parts away from hot engine.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Follow manufacturer’s instructions for use and maintenance.
Do Not o Remove or disable a safety feature of the blower.
o Operate blower in close proximity to other persons or pets (danger
zone is approximately 5 metres).
o Refill fuel tank indoors or while engine is hot or running.
o Fill the fuel tank near an open flame.
February 2019 CAR 17
Task Hazard Analysis
Task
Lockout/Tagout - Electrical
Specifics Possible Consequences
Physical o Electricity
o Electrical short
o Explosion
o Fire (e.g. arc flash)
o Burns
o Electrical shock
o Death
o Heart attack
Chemical
Biological
Do
o Wear appropriate personal protective equipment (PPE)
o Receive District training on lockout/tagout procedures every 3 years.
o Contact your supervisor if uncertain on required PPE or proper
procedures.
o Follow appropriate Task Hazard Analysis for type of confined space, if
equipment is contained in confined space.
o Inform individuals that may be affected prior to lockout.
Do Not
o Work on energized equipment.
o Attempt unfamiliar repair procedures without following
manufacturer’s instructions.
February 2019 CAR 18
Task Hazard Analysis
Task
Lockout/Tagout – Fluids and Gases
Specifics Possible Consequences
Physical o Pressurized lines
o Heat (e.g. steam)
o Burns
o Cuts
o Bruising
Chemical o Natural gas
o Acetylene
o Welding gases
o Explosion
o Death
Biological
Do
o Wear appropriate personal protective equipment (PPE)
o Receive District training on lockout/tagout procedures every 3 years.
o Contact your supervisor if uncertain on required PPE or proper
procedures.
o Follow appropriate Task Hazard Analysis for type of confined space, if
equipment is in confined space.
o Inform individuals that may be affected, prior to lockout.
Do Not
o Work on energized equipment.
o Attempt unfamiliar repair procedures without following
manufacturer’s instructions.
February 2019 CAR 19
Task Hazard Analysis
Task
Lockout/Tagout – Hydraulic/Pneumatic
Specifics Possible Consequences
Physical o Moving parts
o Pinch points
o Pressurized lines
o Cuts
o Bruising
o Broken bones
o Death
Chemical o Fluid o Skin and eye irritation
Biological
Do
o Wear appropriate personal protective equipment (PPE)
o Receive District training on lockout/tagout procedures every 3 years.
o Contact your supervisor if uncertain on required PPE or proper
procedures.
o Follow appropriate Task Hazard Analysis for type of confined space, if
equipment is in confined space.
o Inform individuals that may be affected, prior to lockout.
Do Not
o Work on energized equipment.
o Attempt unfamiliar repair procedures without following
manufacturer’s instructions.
February 2019 CAR 20
Task Hazard Analysis
Task
Lockout/Tagout - Mechanical
Specifics Possible Consequences
Physical o Moving parts
o Pinch points
o Skin penetration
o Cuts
o Bruising
o Broken bones
o Death
Chemical
Biological
Do
o Wear appropriate personal protective equipment (PPE)
o Receive District training on lockout/tagout procedures every 3 years.
o Contact your supervisor if uncertain on required PPE or proper
procedures.
o Follow appropriate Task Hazard Analysis for type of confined space, if
equipment is in confined space,
o Inform individuals that may be affected, prior to lockout.
Do Not
o Work on energized equipment.
o Attempt unfamiliar repair procedures without following
manufacturer’s instructions.
February 2019 CAR 21
Task Hazard Analysis
Task
Rodent Clean-up
Specifics Possible Consequences
Physical
Chemical o Contact with disinfectant o Skin and eye irritation
o Throat and lung irritation
Biological o Contact with rodent
carcasses, droppings, or
nests
o Viruses
o Infection
Do o Isolate the area until rodent droppings are cleaned up.
o Review Safety Data Sheet (SDS) for General Purpose Disinfectant.
o Wear appropriate personal protective equipment (respiratory protection
[N95 dust mask], rubber gloves).
o Thoroughly wet contaminated areas with disinfectant to deactivate
viruses.
o Ensure that after wetting the area with disinfectant, contaminated
materials are collected with a damp towel, then the area is mopped or
sponged with disinfectant.
o Spray dead rodents with a disinfectant.
o Place clean-up materials and/or dead rodents in a double-bag and
dispose of in outside commercial garbage container.
o Spray gloves with disinfectant before taking them off.
o Thoroughly wash hands with soap and water after taking off the
disinfected gloves.
Do Not
o Stir up dust by sweeping or vacuuming up droppings, urine, or nesting
materials.
February 2019 CAR 22
Task Hazard Analysis
Task
Air Handling Unit
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Electrical
o Moving parts
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
o Electrocution
o Death
Chemical o Air quality
o Vehicle exhaust
o Suffocation/asphyxiation
o Dizziness
Biological o Rodent nests
o Mould
o Stagnant water
o Hantavirus
o Legionnaires disease
o Infection
o Respiratory illness
Do o Wear appropriate personal protective equipment (dust mask, safety
glasses).
o Use appropriate safety precautions (See SWP - Lockout/Tagout
procedure).
o Note: Prior to entering an air handling unit an employee should inform
administrative staff of:
- The location of the restricted space that they are about to enter.
- The duration of time they expect to spend in the restricted space.
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Air Handling Unit.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker), that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to 911 operator that the emergency is related to
a worker injured in a confined space.
February 2019 CAR 23
Do (tending worker continued…)
- Remains available to direct emergency services to the accident
scene.
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
Do Not
o Enter an Air Handling Unit if there is a hazard present that is not
identified above, or if the type of work being performed introduces
additional hazards. (In these circumstances, a new task hazard analysis
must be completed, and a new entry permit obtained.)
o Attempt to rescue an injured worker. Wait for emergency assistance.
o Create an obstruction by the storage of materials near or adjacent to the
Air Handling Unit access/egress.
February 2019 CAR 24
Task Hazard Analysis
Task
Cubbyholes
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Air quality
o Suffocation/asphyxiation
o Death
Biological o Rodent nests
o Mould
o Hantavirus
o Infection
o Respiratory illness
Do o Wear appropriate personal protective equipment (dust mask, safety
glasses).
o Use appropriate safety precautions (see SWP - Lockout/Tagout
procedure).
o Inform Administrative Staff - Prior to entering a cubbyhole an
employee should inform administrative staff of:
- The location of the restricted space that they are about to enter.
- The duration of time they expect to spend in the restricted space.
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Cubbyhole.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker) that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to 911 operator that the emergency is related to
a worker injured in a confined space.
- Remains available to direct emergency services to the accident
scene.
February 2019 CAR 25
Do (tending worker continued…)
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
Do Not o Enter a Cubbyhole if there is a hazard present that is not identified
above, or if the type of work being performed introduces additional
hazards. (In these circumstances, a new task hazard analysis must be
completed and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency
assistance.
o Create an obstruction by the storage of materials near or adjacent to the
Cubbyhole access/egress.
February 2019 CAR 26
Task Hazard Analysis
Task
Service Tunnels
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Steam
o Bruising
o Lacerations
o Burns
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Asbestos
o Air quality
o Asbestosis
o Suffocation/asphyxiation
o Death
Biological o Rodent nests
o Mould
o Hantavirus
o Infection
o Respiratory illness
Do o Wear appropriate personal protective equipment (dust mask).
o Use appropriate safety precautions/equipment (flashlight).
o Inform Administration - Prior to entering a service tunnel, a worker
should inform administrative staff of:
- The location of the confined space that they are about to enter.
- The duration of time they expect to spend in the confined space.
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Service Tunnel.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- There is a concern about an asbestos release.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker) that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to 911 operator that the emergency is related to
a worker injured in a confined space.
February 2019 CAR 27
Do (tending worker continued…)
- Remains available to direct emergency services to the accident
scene.
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
Do Not o Enter a Service Tunnel if there is a hazard present that is not identified
above or if the type of work being performed introduces additional
hazards. (In these circumstances, a new task hazard analysis must be
completed and a new entry permit obtained.)
o Attempt to rescue an injured worker. Wait for emergency assistance.
o Create an obstruction by the storage of materials in these areas.
February 2019 CAR 28
Task Hazard Analysis
Task
Spaces Above Fixed Ceilings
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Air quality
o Asbestos
o Suffocation/asphyxiation
o Asbestosis
o Death
Biological o Rodent nests
o Mould
o Hantavirus
o Infection
o Respiratory illness
Do o Use appropriate safety precautions/equipment (flashlight).
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Space Above a Fixed Ceiling.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- There is a concern about an asbestos release.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker), that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to the 911 operator that the emergency is related
to a worker injured in a confined space.
- Remains available to direct emergency services to the accident
scene.
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
February 2019 CAR 29
Do Not o Enter a space above fixed ceilings if there is a hazard present that is not
identified above or if the type of work being performed introduces
additional hazards. (In these circumstances, a new task hazard analysis
must be completed and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency
assistance.
February 2019 CAR 30
Task Hazard Analysis
Task
Storage Areas Under Stages
Specifics Possible Consequences
Physical o Slips
o Trips
o Impact injury
o Moving parts
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Air quality
o Suffocation/asphyxiation
o Death
Biological o Rodent nests
o Mould
o Hantavirus
o Legionnaires disease
o Infection
o Respiratory illness
Do o Wear appropriate personal protective equipment (protective gloves).
o Use appropriate safety precautions/equipment (flashlight).
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Area Under a Stage.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker), that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to the 911 operator that the emergency is related
to a worker injured in a confined space.
- Remains available to direct emergency services to the accident
scene.
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
February 2019 CAR 31
Do Not o Ever enter an area under a stage if there is a hazard present that is not
identified above, or if the type of work being performed introduces
additional hazards. (In these circumstances, a new task hazard analysis
must be completed and a new entry permit obtained.)
o Attempt rescue of an injured worker. Wait for emergency
assistance.
February 2019 CAR 32
Task Hazard Analysis
Task
Mowers (Walk behind and Riding)
Specifics Possible Consequences
Physical o Flying objects
o Hot parts
o Moving parts
o Explosions
o Ultraviolet radiation
o Eye injuries
o Burns
o Cuts
o Sunburn
Chemical o Engine exhaust
o Fuel vapours
o Skin and eye irritation
o Throat and lung irritation
o Light-headedness
Biological o Exposure to insects or
pollen
o Viruses
o Infections
o Allergic reactions
o Insect bites or stings
Do
o Follow manufacturer’s instructions for use and maintenance.
o Ensure you are orientated and that your supervisor deems you
competent in the use of this.
o Wear appropriate personal protective equipment (steel toed boots,
impact glasses, earplugs/muffs, sunscreen, and bug spray).
o Wear appropriate clothing (long pants, no loose-fitting clothing or
dangling jewelry).
o Walk around the area and pick-up any rocks, wires, sticks and other
objects that the blade might pick-up and throw.
o Be mindful of the direction of discharge, particularly in areas near play
structures or parking lots where the risk of injury or damage is greater.
o Before use, check the operation of the blade, blade brake, stopping
feature of the mower, clutch and engine kill switch.
o Ensure that guards, shields, deflectors, and warning decals are in place
on the mower.
o Wipe up any spilled fuel before starting the engine.
o Always start the mower on a level surface.
o Always stop mowing if a person or foreign object appears in your path.
o Be mindful of wet grass, which can clump in the discharge area. When
this occurs, turn off the engine, disconnect the spark plug and ensure
the blade is stopped before making any adjustments or connections.
Use a stick, not hands, to clear plugged discharge area.
o Keep hands and other body parts away from hot engine and blade area.
February 2019 CAR 33
Do
o Always push a walk-behind-mower forward. If you pull the mower
backwards you run the risk of running over your foot.
o Request specific directions from a supervisor before attempting to cut
steep hills or other potentially hazardous areas.
o Use an electrical or push mower, if cutting grass in an interior
courtyard.
Do Not
o Use a mower not working properly or if any of the safety features are
missing or damaged.
o Remove or disable a safety feature.
o Cross a driveway or path with the blade rotating. The blades can pick-
up and throw loose gravel and rocks.
o Operate mower when persons or pets are in the danger zone (approx.
15 metres).
o Put your hand or any part of the body in or anywhere close to the blade
path when the engine is running. This also applies if the mower is
equipped with a blade clutch. Always assume the blade is turning
when the engine is running.
o Fill fuel tank indoors or while engine is hot or running.
o Carry passengers on any riding mower.
o Mow in reverse on the riding mowers. If you must back up,
disengage the blade and ensure the area behind you is clear.
o Fill the fuel tank near an open flame.
o Use a gas-powered lawn mower for cutting grass in an interior
courtyard.
February 2019 SUP 1
Task Hazard Analysis
Task
Care of Human, Animal, and Insect Bites
Specifics Possible Consequences
Physical • •
Chemical • •
Biological o Exchange of body fluid
o Infection
o Disease
Do
o Report human and animal bites on an Accident Report and First Aid
Record Form. (When reporting, indicate if bite has broken the skin).
Report severe insect bites and allergic reactions.
o Inform Principal if a human or animal bite breaks the skin. (Principal
will contact Area Superintendent who will notify Communicable
Diseases with Alberta Health Services if human bite occurs, as well as
Animal Control if bite from a canine, feline, ferret, or any other rabies
carrying animal occurs).
o Consult qualified First Aider for treatment. If first aider has open cuts or
sores, cover prior to applying treatment.
o Be aware of allergic reactions.
o Wear protective equipment, if required (e.g., gloves, thicker clothing).
Do Not
o Avoid reporting bite incident.
February 2019 SUP 2
Task Hazard Analysis
Task
Employee Roof Access
Specifics Possible Consequences
Physical o Accessing roof o Slips, falls and death
Chemical
Biological o Exposure to insects, birds,
rodents, or pollen
o Viruses
o Infections, allergic
reactions, insect, bird or
rodent bites or stings
Do
o Keep 13 feet /4 meters (Control Zone) away from the roof edge while
working.
o Note that a control zone can be walked through to access another
area.
o Note that when retrieving an item within 6 feet of the roof edge, use
an extended pole, broom handle, etc. to either push the item off the
roof or to pull the item towards yourself.
o Wear ice cleats when accessing a roof with potential icy conditions.
o Refer to: Task Hazard Analysis for ladders and Portable/Extension
Ladders when accessing roofs without interior accesses.
o Take note of general housekeeping; Prior to leaving the roof, clean
up and remove all tools, equipment, and materials.
o Ensure safety down below; For work being performed close to the
roof’s edge, demarcate/barricade the area(s) below to protect
pedestrians from falling debris.
o Pay extra attention to where you walk and avoid stepping backwards.
Do Not
o Work within the control zone unless effective fall protection or fall
restraint is in place.
o Access the roof when conditions are icy, slippery, or windy.
o Leave any items on the rooftop that can be blown off by the wind.
o Access a P3 school roof. Honeywell employees are the only
personnel permitted to access P3 roofs.
o Access alone or without notifying school’s administration.
February 2019 SUP 3
Task Hazard Analysis
Task
Flood and/or Water Damage Clean-up
Specifics Possible Consequences
Physical o Slippery surface o Slipping, tripping, or
falling
Chemical o Contact with disinfectant or
sanitizer
o Skin and eye irritation
Biological o Pathogenic
o Potential illness or
respiratory infection
Do
o Determine the source and cause of water intrusion. Stop or contain
water intrusion.
o Isolate the affected area(s) using signs or barrier tape to prevent
entry.
o Ensure, where possible, use of materials to prevent water spreading
to other areas.
o Ensure all water soaked materials are completely dry within 48
hours.
o Ensure ventilation in the area is operating continuously. Additional
fans may be needed to speed the drying process.
o Wear appropriate personal protective equipment.
o Remove all materials and equipment outside of water soaked
area(s).
o Wash all non-porous/hard surfaces such as block walls, concrete
floors, and desks that were under water.
o Continue to monitor the area for any development of visual mould
or musty odours. Use the Mould Inspection Checklist (See Mould
Inspection Checklist form in Infection Control section of OH&S
Manual) to assist in your identification of any mould concerns and
report any problems to Occupational Health and Safety by
immediately submitting an SR to the Service Desk stating the details
and the concern about the potential urgency of the situation.
o Remove and replace damaged insulation and drywall – this must be
continued for one foot above the flood line.
o Contact Occupational Health and Safety if there are concerns that
asbestos materials may be in the area by immediately submitting an
SR to the Service Desk stating the details and the concerns about the
potential urgency of the situation.
o For insurance purposes make a list of affected areas and damaged
materials. Include list when completing and submitting the Property
Report through EARS.
February 2019 SUP 4
Do
o Do use appropriate electrical devices (GFCI – Ground Fault Circuit
Interrupter) when working around water and electrical devices.
Do Not
o Ignore water intrusions and/or damage.
o Mix chemicals.
February 2019 SUP 5
Task Hazard Analysis
Task
Flood and/or Water Damage Caused by
Sewage or Contaminated Sources – Clean-up
Specifics Possible Consequences
Physical o Slippery surface o Slipping, tripping, or
falling
Chemical o Contact with disinfectant or
sanitizer
o Skin and eye irritation
Biological o Pathogenic
o Potential illness or
respiratory infection
Do
o Determine the source and cause of water intrusion. Stop or contain
water intrusion.
o Isolate the affected area(s) using signs or barrier tape to prevent
entry.
o Use materials to prevent water spreading to other areas, where
possible.
o Contact caretaking to complete clean-up of small, local sewage or
contaminated water sources.
o Complete a hazard report following flood damage.
o Ensure all water soaked materials are completely dry within 48
hours. (Carpets, carpet backing, damaged drywall, ceiling tiles,
books and other porous materials contaminated by sewage that
cannot be adequately cleaned should be discarded.)
o Ensure ventilation in the area is operating continuously. Additional
fans may be needed to speed the drying process.
o Wear appropriate personal protective equipment. Clean, disinfect or
dispose of contaminated personal protective equipment as needed.
o Remove all materials and equipment outside of water soaked
area(s).
o Wash all non-porous/hard surfaces such as block walls, concrete
floors, desks that were under water, rinsing thoroughly, then
disinfect and sanitize items after washing.
o Continue to monitor the area for any development of visual mould
or musty odours. Use the Mould Inspection Checklist (See Mould
Inspection Checklist form in Infection Control section of OH&S
Manual) to assist in your identification of any mould concerns and
report any problems to Occupational Health and Safety by
immediately submitting an SR to the Service Desk stating the
details, and the concerns about the potential urgency of the situation.
February 2019 SUP 6
Do
o Remove and replace damaged insulation and drywall to a distance
of not less than one foot above the flood line.
o Contact Occupational Health and Safety if there are concerns that
asbestos materials may be in the area by immediately submitting an
SR to the Service Desk stating the details and the concerns about the
potential urgency of the situation.
o Make a list of affected areas and damaged materials, for insurance
purposes. Include list when completing and submitting the Property
Report through EARS (IVOS).
o Use appropriate electrical devices (GFCI – Ground Fault Circuit
Interrupter) when working around water and electrical devices.
Do Not o Ignore water intrusions and/or damage.
o Mix chemicals.
February 2019 SUP 7
Task Hazard Analysis
Task
Genie Lift - AWP 30 S
Specifics Possible Consequences
Physical o Working from heights
o Moving parts of machinery
o Electricity
o Collision
o Injury from falling or falling
objects
o Pinching and crushing
o Electrocution
o Property or personal damage
Chemical o Contact with hydraulic
fluid
o Contact with battery fluid
o Skin or eye irritation
Biological
Do
o Participate in training to become a certified operator.
o Obey the instructions and safety rules in the manufacturer’s operator
manual. (Contained in manual box on lift)
o Inspect the worksite for hazards including overhead obstructions.
Complete Hazard Report Form if necessary.
o Have two people lift and install battery pack.
o Have a ground person present in facility and in frequent
communication with operator. Ground person should be aware of
emergency procedures for operator assistance.
o Always perform a pre-operation inspection.
o Always perform function tests prior to use.
o Only use the machine as it was intended.
o Use appropriate personal protective equipment (hard hats are
mandatory and are provided with the lift for operator and ground
person).
o Take precautions when moving a Genie Lift up/down a sloped surface.
o Be aware of crushing hazard when grasping the platform guard rail.
o Ensure that the outriggers are disengaged before storing. Store in area
not accessible to unauthorized personnel or students.
Do Not
o Use the platform unless the base is level. (All four outriggers are
properly installed and the leveling jacks firmly contact the floor.)
o Exit the platform while raised. (If a power failure occurs, have ground
personnel activate the manual lowering-valve.)
o Allow untrained personnel or students to use this machine.
o Sit, stand, or climb on the platform guardrails.
o Have two people on the platform at one time.
o Operate machine unless all systems are in good operating condition.
February 2019 SUP 8
Task Hazard Analysis
Task
Ladder Usage - General
Specifics Possible Consequences
Physical o Pinch Point
o Heavy load
o Falls
o Death
o Broken bones
o Electrical shock
o Bruising
Chemical
Biological
Do
o Inspect ladder for cracks or broken joints.
o Place your ladder on a stable, even, flat surface. Never place a ladder
on top of another object. Place the base of the ladder 1 foot away
from whatever it leans against, for every 4 feet of height to the point
where the ladder contacts at the top.
o Ensure that, when using an A-frame stepladder, the brace is locked in
place.
o Ensure that, if climbing onto another surface, the ladder extends at
least three feet past the platform you are climbing onto.
o Secure tall ladders by lashing or fastening the ladder to prevent
movement.
o Always face the ladder when climbing or descending.
o Keep both feet on the ladder - never put one foot on a rung and the
other foot on a different surface.
o Check for overhead electrical wires before setting up a ladder.
Do Not
o Climb higher than the second rung from the top on stepladders or the
third on straight or extension ladders. With the exception of step stools
or step stairs.
o Stand on the top or the paint shelf of a stepladder.
o Leave ladders unattended - kids love them.
o Use items such as a chair, barrel, or box as a makeshift ladder.
o Use a portable ladder when other equipment is available.
o Paint or coat a portable ladder as it will prevent a person from viewing
current condition.
February 2019 SUP 9
Task Hazard Analysis
Task
Ladder Usage - Portable / Extension Ladder
Specifics Possible Consequences
Physical o Pinch Point
o Heavy load
o Falls
o Death
o Broken bones
o Electrical shock
o Bruising
Chemical
Biological
Do
o Inspect ladder for cracks or broken joints.
o Place the ladder feet 1/4 of the ladder’s working length (i.e. foot to top
support point) away from the base of the structure. For every 4 ft. high,
the base of the ladder should be out 1 ft. horizontally from the structure
(support point).
o Extend the ladder at least 1 m (3 ft.) above the landing platform
o Place the ladder on a firm, level footing. Use a ladder with slip- resistant
feet or secure blocking, or have someone hold the ladder. Please note that
securing a ladder at the foot does not prevent a side slip at the top.
o Rest both side rails on the top support and secure ladder to prevent
slipping.
o Check for overhead electrical wires before setting up a ladder.
o Clear area around base and top of the ladder of debris, tools, and other
objects.
o Tie off yourself with a safety harness when working 3 m (10 ft.) or more
off the ground or when working with both hands.
o Ensure that only one person is on a single-width ladder. Only one person
is allowed on each side of a double-width ladder.
o Maintain three-point contact by keeping two hands and one foot, or two
feet and one hand on the ladder at all times.
o Grasp the rungs when climbing a ladder, not the side rails. If your foot
slips on a ladder, holding onto rungs is easier than holding onto the side
rails.
o Rest the top of the ladder against a solid surface that can withstand the
load, not against windows.
o Guard or fence off the area around a ladder erected in an area where
persons have access.
o Secure the ladder firmly at the top to prevent it from slipping sideways or
the foot from slipping outwards.
February 2019 SUP 10
Do
o Station a person at the foot of a ladder when it is not possible to tie at the
top or secure it at the foot. This is effective only for ladders up to 5 m (16
ft.) long.
o Ensure that the person at the foot of the ladder faces the ladder with a
hand on each side rail and one foot resting on the bottom rung.
o Attach hooks on top of ladder rails where ladder is to be used at a
constant height.
Do Not
o Use a ladder in passageways, doorways, driveways, or other locations
where a person or vehicle can hit it. Set up suitable barricades or lock
the doors shut.
o Place a ladder against flexible or moveable surfaces, or a window
o Straddle the space between a ladder and another object.
o Erect ladders on boxes, carts, tables, scaffold, or other unstable
surfaces.
o Use ladders on ice.
o Stand or rest a ladder on any of its rungs. Ladders must rest on both
side rails.
o Allow anyone to stand under a ladder.
o Lean or overreach from a ladder; move as required. Keep your center
of gravity between the side rails.
o Use a ladder in a horizontal position as a scaffold plank or runway.
o Carry objects in your hands while on a ladder. Hoist materials or
attach tools to a belt.
o Work from top three rungs. The higher a person goes on a ladder,
the greater the possibility that the ladder will slip out at the base.
o Join two short ladders to make a longer ladder. Side rails are not
strong enough to support the extra load.
o Paint wooden ladders. Defects may be hidden by the paint. Wood
preservatives or clear coatings may be used.
February 2019 SUP 11
Task Hazard Analysis
Task
Ladder Usage - Step Ladder
Specifics Possible Consequences
Physical o Pinch Point
o Heavy load
o Falls
o Death
o Broken bones
o Electrical shock
o Bruising
Chemical
Biological
Do o Use a stepladder that is about 1 m (3 ft.) shorter than the highest point
you have to reach. This gives a wider, more stable base and places the
shelf at a convenient working height.
o Open the stepladder spreaders and shelf fully.
o Check stability. Ensure that all ladder feet are on a firm, level, and
non-slippery surface.
o Place a stepladder at right angles to the work, with either the front or
back of the steps facing the work.
o Keep the stepladder close to the work.
o Face the stepladder when climbing up or down. Keep your body
centered between side rails. You have climbed too high if your knees
are above top of the stepladder or if you cannot maintain a handhold
on the ladder.
o Maintain a firm grip. Use both hands when climbing.
Do Not o Overreach. Keep your center of gravity between the side rails of the
ladder. Move a stepladder when needed.
o ‘Shift’ or ‘walk’ a stepladder when standing on it.
o Stand, climb, or sit on the stepladder top or pail shelf.
o Overload. Stepladders are meant for one person (not to exceed load
capacity of ladder).
o Use a stepladder as a brace or as a support for a work platform or
plank.
o Push or pull stepladders from the side. Repeated sideways movement
can make ladders wobbly since they are weaker or less stable in those
directions.
February 2019 SUP 12
Task Hazard Analysis
Task
Lockout/Tagout - Electrical
Specifics Possible Consequences
Physical o Electricity
o Electrical short
o Explosion
o Fire (e.g. arc flash)
o Burns
o Electrical shock
o Death
o Heart attack
Chemical
Biological
Do
o Wear appropriate personal protective equipment (PPE)
o Receive District training on lockout/tagout procedures every 3 years.
o Contact your supervisor if uncertain on required PPE or proper
procedures.
o Ensure, if equipment is in confined space, that you follow the
appropriate Task Hazard Analysis for type of confined space.
o Inform individuals that may be affected, prior to lockout.
Do Not
o Work on energized equipment.
o Attempt unfamiliar repair procedures without following
manufacturer’s instructions.
February 2019 SUP 13
Task Hazard Analysis
Task
Lockout/Tagout – Fluids and Gases
Specifics Possible Consequences
Physical o Pressurized lines
o Heat (e.g. steam)
o Burns
o Cuts
o Bruising
Chemical o Natural gas
o Acetylene
o Welding gases
o Explosion
o Death
Biological
Do
o Wear appropriate personal protective equipment (PPE).
o Receive District training on lockout/tagout procedures every 3 years.
o Contact your supervisor if uncertain on required PPE or proper
procedures.
o Ensure, if equipment is in confined space, that you follow the
appropriate Task Hazard Analysis for type of confined space.
o Inform individuals that may be affected, prior to the lockout.
Do Not
o Work on energized equipment.
o Attempt unfamiliar repair procedures without following
manufacturer’s instructions.
February 2019 SUP 14
Task Hazard Analysis
Task
Lockout/Tagout – Hydraulic/Pneumatic
Specifics Possible Consequences
Physical o Moving parts
o Pinch points
o Pressurized lines
o Cuts
o Bruising
o Broken bones
o Death
Chemical o Fluid o Skin and eye irritation
Biological
Do
o Wear appropriate personal protective equipment (PPE).
o Receive District training on lockout/tagout procedures every 3 years.
o Contact your supervisor if uncertain on required PPE or proper
procedures.
o Ensure, if equipment is in confined space, that you follow appropriate
Task Hazard Analysis for type of confined space.
o Inform individuals that may be affected, prior to lockout.
Do Not
o Work on energized equipment.
o Attempt unfamiliar repair procedures without following
manufacturer’s instructions.
February 2019 SUP 15
Task Hazard Analysis
Task
Lockout/Tagout - Mechanical
Specifics Possible Consequences
Physical o Moving parts
o Pinch points
o Skin penetration
o Cuts
o Bruising
o Broken bones
o Death
Chemical
Biological
Do
o Wear appropriate personal protective equipment (PPE).
o Receive District training on lockout/tagout procedures every 3 years.
o Contact your supervisor if uncertain on required PPE or proper
procedures.
o Ensure, if equipment is in confined space, that you follow appropriate
Task Hazard Analysis for type of confined space.
o Inform individuals that may be affected, prior to lockout.
Do Not
o Work on energized equipment.
o Attempt unfamiliar repair procedures without following
manufacturer’s instructions.
February 2019 SUP 16
Task Hazard Analysis
Task
Mowers (Walk behind and Riding)
Specifics Possible Consequences
Physical o Flying objects
o Hot parts
o Moving parts
o Explosions
o Ultraviolet radiation
o Eye injuries
o Burns
o Cuts
o Sunburn
Chemical o Engine exhaust
o Fuel vapours
o Skin and eye irritation
o Throat and lung irritation
o Light-headedness
Biological o Exposure to insects or
pollen
o Viruses
o Infections
o Allergic reactions
o Insect bites or stings
Do o Follow manufacturer’s instructions for use and maintenance.
o Ensure you are orientated and that your supervisor deems you
competent in the use of this.
o Wear appropriate personal protective equipment (steel-toed boots,
impact glasses, earplugs/muffs for extended use, sunscreen, and bug
spray).
o Wear appropriate clothing (long pants, no loose-fitting clothing or
dangling jewelry).
o Walk around the area and pick-up any rocks, wires, sticks and other
objects that the blade might pick-up and throw.
o Be mindful of the direction of discharge, particularly in areas near play
structures or parking lots where the risk of injury or damage is greater.
o Ensure, before use, to check the operation of the blade, blade brake,
stopping feature of the mower, clutch and engine kill switch.
o Ensure that guards, shields, deflectors, and warning decals are in place
on the mower.
o Wipe up any spilled fuel before starting the engine.
o Always start the mower on a level surface.
o Always stop mowing if a person or foreign object appears in your path.
o Be mindful of wet grass, which can clump in the discharge area. When
this occurs, turn off the engine, disconnect the spark plug and ensure
the blade is stopped before making any adjustments or connections.
Use a stick, not hands, to clear plugged discharge area.
o Keep hands and other body parts away from hot engine and blade area.
February 2019 SUP 17
o Always push a walk-behind-mower forward. If you pull the mower
backwards you run the risk of running over your foot.
Do
o Request specific directions from a supervisor before attempting to cut
steep hills or other potentially hazardous areas.
o Use an electrical or push mower, if cutting grass in an interior
courtyard,
Do Not
o Use a mower not working properly or if any of the safety features are
missing or damaged.
o Remove or disable a safety feature.
o Cross a driveway or path with the blade rotating. The blades can pick-
up and throw loose gravel and rocks.
o Operate mower when persons or pets are in the danger zone (approx.
15 metres).
o Put your hand or any part of the body in or anywhere close to the blade
path when the engine is running. This also applies if the mower is
equipped with a blade clutch. Always assume the blade is turning
when the engine is running.
o Fill fuel tank indoors or while engine is hot or running.
o Carry passengers on any riding mower.
o Mow in reverse on the riding mowers. If you must back up,
disengage the blade and ensure the area behind you is clear.
o Fill the fuel tank near an open flame.
o Use a gas-powered lawn mower for cutting grass in an interior
courtyard.
February 2019 SUP 18
Task Hazard Analysis
Task
Outdoor Vehicle Work
Specifics Possible Consequences
Physical o Work on vehicle outside o Hot engine parts, contact
with vehicle, burns,
crushing, cuts, bruising,
death
Chemical o Contact with lubricating
fluid, antifreeze, and
gasoline
o Skin and eye irritation,
throat, and lung irritation
Biological o Exposure to insects or
pollen
o Viruses
o Infections, allergic reactions,
insect bites or stings
Do o Refer to Under Vehicle Maintenance/Repairs – Task Hazard Analysis.
o Block perimeter area with proper signs and physical barrier.
o Work outside only when weather permitting.
Do Not
o Allow personnel in the perimeter while vehicle is being moved.
February 2019 SUP 19
Task Hazard Analysis
Task
Rodent Clean-up
Specifics Possible Consequences
Physical
Chemical o Contact with disinfectant o Skin and eye irritation
o Throat and lung irritation
Biological o Contact with rodent
carcasses, droppings, or
nests
o Viruses
o Infection
Do o Isolate the area until rodent droppings are cleaned up.
o Review Material Safety Data Sheet (SDS) for General Purpose
Disinfectant.
o Wear appropriate personal protective equipment (respiratory protection
[N95 dust mask], rubber gloves).
o Thoroughly wet contaminated areas with disinfectant to deactivate
viruses.
o Ensure that, after wetting the area with disinfectant, contaminated
materials are collected with a damp towel, then mop or sponge the area
with disinfectant.
o Spray dead rodents with a disinfectant.
o Place clean-up materials and/or dead rodents in a double-bag and
dispose of in outside commercial garbage container.
o Spray gloves with disinfectant before taking them off.
o Thoroughly wash hands with soap and water after taking off the clean
gloves
Do Not
o Never stir up dust by sweeping or vacuuming up droppings, urine, or
nesting materials.
February 2019 SUP 20
Task Hazard Analysis
Task
Weed Trimmer
Specifics Possible Consequences
Physical o Flying objects
o Hot parts
o Moving parts
o Explosions
o Ultraviolet radiation
o Eye injuries
o Burns
o Cuts
o Sunburn
Chemical o Engine exhaust
o Fuel vapours
o Skin and eye irritation
o Throat and lung irritation
o Light-headedness
Biological o Exposure to insects or
pollen
o Viruses
o Infection
o Allergic reactions
o Insect bites or stings
Do o Wear appropriate personal protective equipment (impact glasses, steel
toed boots, earplugs/muffs, sunscreen, bug spray).
o Wear appropriate clothing (long pants, no loose-fitting clothing or
dangling jewelry).
o Always lay trimmer on the ground when starting.
o Secure trimmer firmly while pulling crank to start.
o Always keep both hands on the control handles of the trimmer when
operating.
o Shut down the trimmer if the unit starts to shake or vibrate more than
normal. Check to see if the trimmer is damaged or fasteners are loose.
o Always disconnect the spark plug before working on the trimmer or
changing line.
o Wipe up any spilled fuel before starting the engine.
o Keep hands and other body parts away from hot engine.
o Always replace damaged or broken debris shields.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Follow manufacturer’s instructions for use and maintenance.
Do Not o Remove or disable a safety feature of the trimmer (e.g., debris shield).
o Operate trimmer in close proximity to persons or pets (danger zone is
approximately 15 metres).
o Refill fuel tank indoors or while engine is hot or running.
o Fill the fuel tank near an open flame.
February 2019 SUP 21
Task Hazard Analysis
Task
Band Saw
Specifics Possible Consequences
Physical o Flying objects
o Moving parts (blade)
o Noise (extended use)
o Pinch points
o Bruising, lacerations
o Cuts, severed fingers
o Hearing loss
o Eye Injury
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Look for knots and nails in material before you begin. Avoid them if
possible; if they cannot be avoided, be cautious when approaching
these areas with the blade.
o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Refer to SDS for wood dust.
o Follow manufacturer’s instructions for use and maintenance.
o Have an anti-skid surface on the floor where the operator would stand
to prevent slips.
o Check to see that guards are in place, secured, and working correctly.
o Use proper blade size and type.
o Adjust the upper blade/guard to within 1/8” (0.3 cm) above the
material you are cutting.
o Ensure the blade tension tracking, blade guides, and blade support
bearings are properly adjusted.
o Use a push stick to keep your hands clear of the blade.
o Avoid awkward operations and hand positions where a sudden slip
could cause a hand to move into the blade.
o Hold the material you are cutting firmly against the table.
o Hold the material you are cutting firmly and feed into blade at a
moderate speed.
o Turn the machine “off” to back out of an incomplete or jammed cut.
o Make “relief” cuts prior to cutting long curves.
o Turn the machine “off” and wait for the blade to stop prior to; cleaning
the blade area, removing debris near the blade, removing or securing
materials, or changing the angle of the table.
o Ensure dust collecting system is used.
o Ensure all band wheels are enclosed.
February 2019 SUP 22
Do Not o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
o Try to remove waste/cutoffs while machine is running.
o Start the machine before clearing the table of all objects (tools, scrap
pieces, etc.).
o Start the machine with the material against the blade.
o Reach under the table while the machine is running.
o Attempt to back material away from the blade while the saw is in
motion if work binds or pinches on the blades.
o Leave saw running if unattended.
o Remove sawdust or cuttings from the table by hand. Use a stick
or brush.
February 2019 SUP 23
Task Hazard Analysis
Task
Circular Saw
Specifics Possible Consequences
Physical o Flying objects (kickback)
o Moving parts (blade)
o Noise (extended use)
o Pinch points
o Bruising, lacerations
o Cuts, severed fingers
o Hearing loss
o Eye Injury
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Refer to SDS for wood dust.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Ensure guard moves freely and operates correctly before connecting
the saw to a power source.
o Ensure material is secure when cutting.
o Keep fingers away from blades.
o Set the saw down ONLY once the blade has stopped.
o Use wooden splitters when ripping.
o Allow off-cuts to fall.
o Avoid cutting small pieces.
o Ensure power cord is clear of cut.
o Ensure adequate length of power cord is available to fully complete
cut.
o Ensure material is adequately supported before and after the cut.
o Use two hands to operate saw: one on trigger switch and the other on
front knob handle.
o Disconnect power before changing blade.
o Turn the machine “off” to back out of an incomplete or jammed cut.
February 2019 SUP 24
Do Not o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Set blade depth to more than ½” (1.3 cm) beyond the lower face of
material.
o Reach under the saw or material while the blade is turning.
o Force cuts.
o Hold or fix retracting guard in the open position.
o Carry saw with finger on the trigger.
o Set the saw down until the blade has stopped.
o Rip material without using a wedge or guide that is clamped or nailed
to stock.
o Allow junior high students to use the circular saw.
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
February 2019 SUP 25
Task Hazard Analysis
Task
Compound Mitre Saw and
Sliding Compound Mitre Saw
Specifics Possible Consequences
Physical o Flying objects (kickback)
o Moving parts (blade)
o Noise (extended use)
o Pinch points
o Eye Injury
o Cuts, severed fingers
o Hearing loss
o Bruising, lacerations
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Refer to SDS for wood dust.
o Ensure material is secure before cutting.
o Ensure the wood is in contact with the fence and the table before
cutting.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Ensure operator’s arms are always parallel to the direction of the cut.
o Ensure blade is at full speed before commencing cutting.
o Keep blade sharp and free of rust and pitch.
o Ensure dust collecting system is used.
o Always ensure, for sliding compound mitre saw, that you pull the saw
out fully then down into material. Make cut towards the fence.
February 2019 SUP 26
Do Not o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
o Turn the machine “on” before clearing the table of all objects (tools,
scraps of wood, etc.).
o Remove material until blade is stopped.
o Perform a crossed arm operation.
o Cut bowed or warped material.
o Use mitre saw for ripping material.
February 2019 SUP 27
Task Hazard Analysis
Task
Drill Press
Specifics Possible Consequences
Physical o Flying objects
o Moving parts
o Noise (extended use)
o Pinch points
o Bruising, lacerations
o Cuts, severed fingers
o Hearing loss
o Eye Injury
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Have an anti-skid surface on the floor where the operator would stand
to prevent slips.
o Secure material before drilling.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Ensure bits are tightened in chuck.
o Keep hands away from running bits.
o Use appropriate speed for the material.
o Stop the machine and step back if problems arise.
o Ensure drill press is secured to floor or bench.
o Use keyless chucks or spring-loaded keys.
Do Not o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Turn the machine “on” before clearing the table of all objects (tools,
scraps of wood, etc.).
o Remove material or debris while bit is spinning.
o Leave the drill press running if unattended.
o Leave key in chuck.
o Place hands under material being drilled.
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
February 2019 SUP 28
Task Hazard Analysis
Task
Jointer
Specifics Possible Consequences
Physical o Flying objects (kickback)
o Moving parts (blades)
o Noise (extended use)
o Pinch points
o Bruising, lacerations
o Cuts, severed fingers
o Hearing loss
o Eye Injury
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Have an anti-skid surface on the floor where the operator would stand
to prevent slips.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Always use push sticks/push pads, when necessary.
o Inspect all material for flaws (cracks), nails, screws (fasteners).
o Ensure dust collection system is used.
o Ensure that fence and table are set properly and locked before
operating.
o Hold the material firmly against the table and fence.
o Keep knives sharp and free from rust and pitch.
o Tighten the infeed/outfeed tables before starting the machine.
o Properly secure the blades in the cutterhead before turning the power
“on”.
o Avoid awkward operations and hand positions.
o Keep arms, hands, and fingers away from the cutterhead.
o Use hold-down/push blocks for jointing or planning any material lower
than the fence.
o Ensure bowed wood is jointed with bow facing down
February 2019 SUP 29
Do Not
o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Allow high school students to use this piece of equipment unless there
is active, in the area, supervision by a teacher or teaching assistant.
o Allow junior high students to use this piece of equipment.
o Feed a material that is warped, contains knots, or is embedded with
foreign objects (nails, staples, etc.).
o Joint or plane a material that is shorter than 12” (30.5 cm), narrower
than ¾” (1.9 cm) or less than ½” (1.3 cm) thick.
o Perform “free-hand” operations. Use the fence to position and guide
the material.
o Turn the machine “on” before clearing the table of all objects (tools,
scraps of wood, etc.).
o Turn the machine “on” with the material contacting the cutterhead.
o Make cuts deeper than 1/8” (0.3 cm).
o Run hand over blade.
February 2019 SUP 30
Task Hazard Analysis
Task
Radial Arm Saw
Specifics Possible Consequences
Physical o Flying objects (kickback)
o Moving parts (blades)
o Noise (extended use)
o Pinch points
o Bruising, lacerations
o Cuts, severed fingers
o Hearing loss
o Eye Injury
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Have an anti-skid surface on the floor where the operator would stand to
prevent slips.
o Ensure blade is installed to rotate in the proper direction.
o Ensure blade cannot extend beyond the saw table in any operation.
o Check to see that guards are in place, secured, working correctly, and
used.
o Ensure that end plates are securely fastened to track arm prior to use.
o Tighten all clamp handles prior to use except for the motor carriage
clamp. Tighten this clamp only for ripping operations.
o Avoid kickback by:
Keeping blade sharp and free of rust and pitch.
Keeping blade parallel to the fence when ripping.
Using anti-kickback fingers when ripping. Lower the guard on the
infeed and adjust the anti-kickback attachment properly.
o Follow all ripping warnings on the machine. Never feed the material into
the anti-kickback end of the machine. Feed material against blade rotation.
o Use push stick(s) for ripping a narrow material.
o Return the cutterhead to the full rear position behind the fence after each
crosscut operation.
o Turn the machine “off” and disconnect the machine from the power
source before installing or removing blades.
o Ensure dust collecting system is used.
o Replace Radial Arm Saw with Sliding Compound Mitre Saw if possible.
February 2019 SUP 31
Do Not o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Turn the machine “on” before clearing the table of all objects (tools,
scraps of wood, etc.).
o Cut material that is embedded with foreign objects (nails, staples, etc.)
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
o Allow junior high students to use this piece of equipment.
o Reach around the saw blade when operating.
o Perform a “crossed arm” operation when using this tool.
February 2019 SUP 32
Task Hazard Analysis
Task
Router
Specifics Possible Consequences
Physical o Flying objects (kickback)
o Moving parts (bit)
o Noise (extended use)
o Pinch points
o Hot machine parts
o Eye Injury
o Cuts, severed fingers
o Hearing loss
o Bruising, lacerations
o Burns
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Install router bits securely, and according to the manufacturer’s
instructions.
o Always use the wrenches provided with the router to change router
bits.
o Keep a firm grip with both hands on your router at all times. Failure to
do so could result in loss of control, leading to possible serious injury.
o Always face the cutter blade opening away from your body.
o Only hold those gripping surfaces of the router designated by the
manufacturer.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Cut counterclockwise on freehand cutting.
o Keep your hands away from bits or cutter areas when the router is
plugged in.
o Always disconnect the plug from the electrical outlet before changing
bits or making any adjustments. If you are changing a bit immediately
after use, be careful not to touch the bit or the collet with your hands or
fingers. Burns could result from the heat build-up from cutting.
o Always secure clamping devices on the material you are cutting before
operating the router.
o Ensure switch is in the ‘off’ position before plugging into the power
outlet.
February 2019 SUP 33
Do
o Always allow the motor to reach full speed before feeding the router
into the material, thus allowing greater control.
Do Not o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
o Reach underneath the material while bits are rotating.
o Attempt to remove debris while the router is operating.
o Attempt to route material embedded with foreign objects (nails,
staples, etc.)
o Force a router.
o Turn the base and bit toward you, when removing a router from your
material.
February 2019 SUP 34
Task Hazard Analysis
Task
Router Table
Specifics Possible Consequences
Physical o Flying objects (kickback)
o Moving parts (blades)
o Noise (extended use)
o Pinch points
o Hot machine parts
o Eye Injury
o Cuts, severed fingers
o Hearing loss
o Bruising, lacerations
o Burns
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Refer to SDS for wood dust.
o Install router bits securely, and according to the manufacturer’s
instructions.
o Always use the wrenches provided with the router to change router
bits.
o Use guards whenever possible.
o Feed material in proper direction (into the direction of bit rotation).
o Use long push blocks with handles when routing short pieces or end
grain.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Keep your hands away from bits or cutter areas when the router is
plugged in.
o Always disconnect the plug from the electrical outlet before changing
bits or making any adjustments. If you are changing a bit immediately
after use, be careful not to touch the bit or the collet with your hands or
fingers. Burns could result from the heat build-up from cutting.
o Use fence as guide.
o Use push stick when routing small pieces.
o Ensure dust collecting system is used.
o Ensure portable router tables are secure to bench.
o Ensure switch is in the ‘off’ position before plugging into the power
outlet.
February 2019 SUP 35
Do
o Always allow the motor to reach full speed before feeding the material
into the router thus providing greater control.
Do Not
o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Turn the machine “on” before clearing the table of all objects (tools,
scraps of wood, etc.).
o Attempt to route material embedded with foreign objects (nails,
staples, etc.)
o Allow any student to use this piece of equipment unless there is active,
in the area, supervision by a teacher or teaching assistant.
February 2019 SUP 36
Task Hazard Analysis
Task
Sander - Mounted (Disc/Belt)
Specifics Possible Consequences
Physical o Flying objects (kickback)
o Moving parts
o Noise (extended use)
o Pinch points
o Fire
o Explosion
o Eye Injury
o Cuts
o Hearing loss
o Bruises
o Burns
Chemical o Dust
o Throat and lung irritation
o Skin and eye irritation
Biological
Do o Wear appropriate personal protective equipment (safety glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Ensure you are trained in the use of this equipment.
o Have an anti-skid surface on the floor where the operator would stand
to prevent slips.
o Have dust collection connected and operational.
o Clean the machine and dust collector thoroughly when processing
different types of materials (wood, steel, or aluminum).
o Prevent the material from contacting the sanding surface before
starting the tool.
o Maintain a maximum clearance of 1/16” between the table and the
sanding surface.
o Support the material firmly with a mitre gauge, backstop, or work
table when sanding with a belt. Hold the material firmly.
o Avoid awkward operations and hand positions.
o Avoid kickback. Feed the material against the downward rotation side
of the disc or the forward rotation of the belt.
o Turn the machine ‘off’, disconnect the machine from the power
source, and clean the table/work area before leaving the machine.
Lock the switch in the ‘off’ position to prevent unauthorized use.
February 2019 SUP 37
Do Not o Wear gloves, loose clothing, jewelry or have long, loose hair that could
be caught in moving parts.
o Allow students to use this piece of equipment unless there is active, in
the area, supervision by a teacher or teaching assistant.
o Sand very small or very thin materials that cannot be safely controlled.
o Sand or polish magnesium. Fire could result.
February 2019 SUP 38
Task Hazard Analysis
Task
Table Saw
Specifics Possible Consequences
Physical o Flying objects (kickback)
o Moving parts (blade)
o Noise (extended use)
o Pinch points
o Eye injury
o Cuts, severed appendages
o Hearing loss
o Bruising, lacerations
Chemical o Wood dust
o Throat and lung
irritation/damage
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Use the correct blade and ensure it is sharp (dull blades bind and
overheat).
o Ensure that the blade is properly seated, tightened and aligned.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Start the blade before pushing the material into the blade.
o Have both feet planted firmly on the floor.
o Have an anti-skid surface on the floor where the operator would stand
to prevent slips.
o Stand to the side (left or right) when you use the saw, in case the
wood is kicked back.
o Use a push stick to keep your hands clear of the blade.
o Press the material firmly against the guide fence as you cut.
o Always use the blade guard, a splitter, and an anti-kickback device.
o Take Note: Specific safety cautions must be in place when it is not
possible to use a guard for special cuts. This operation should only be
done by a teacher or under the direct supervision of a teacher.
o Wait for the blade to stop before removing material.
o Ensure the fence is locked before cutting.
o Ensure fence is parallel with the blade.
o Lower blade after use.
o Pay attention to the location of hands while cutting.
o Pay attention to the material, making sure the material is always
touching the fence (This is the main reason for kickbacks and most
mistakes).
February 2019 SUP 39
Do
o Have outfeed support (table, person, or rollers) set up before
beginning the cut.
o Push material completely past blade when cutting.
Do Not
o Wear gloves, loose clothing, jewelry or have long, loose hair that
could be caught in moving parts.
o Set the blade height to more than 1/2” (1.3 cm) above the material.
o Reach over the saw blade while it is operating.
o Force the material into the blade. Feed the material into the blade with
a little pressure.
o Attempt to route material embedded with foreign objects (nails,
staples, etc.)
o Cross over hands while cutting.
o Allow junior high students to use this piece of equipment.
o Allow any student to use this piece of equipment unless there is
active, in the area, supervision by a teacher or a teaching assistant.
o Let a person who is on the outfeed side of the table saw pull the
material when the operator is feeding the material into the saw.
Outfeed pulling might draw the operator into the saw. The person on
the outfeed side is only there for the purpose of supporting the object
from falling.
o Let the person who is on the outfeed side of the table saw squeeze the
split pieces of material together as this will cause the material to bind
at the saw blade.
o Turn the machine ‘on’ before clearing the table of all objects (tools,
scraps of wood, etc.).
o Run warped or crooked stock through the table saw. The sides facing
the table fence should be straight.
o Use the saw table to stack material as you use it.
o Allow freehand cuts.
o Pull material back after entering the blade cutting area.
February 2019 SUP 40
Task Hazard Analysis
Task
Thickness Planer
Specifics Possible Consequences
Physical o Flying objects (kickback)
o Moving parts (blade)
o Noise (extended use)
o Pinch points
o Eye Injury
o Cuts, severed fingers
o Hearing loss
o Bruising, lacerations
Chemical o Dust
o Throat and lung
irritation/damage
Biological
Do
o Wear appropriate personal protective equipment (impact glasses, ear
muffs or plugs for extended use).
o Follow manufacturer’s instructions for use and maintenance.
o Refer to SDS for wood dust.
o Ensure you are trained in the use of this equipment or are working
under the direct supervision of someone who is.
o Have an anti-skid surface on the floor where the operator would stand
to prevent slips.
o Check to see if guards (if applicable) are in place, secured and
working correctly.
o Look for knots in material before you begin. Avoid them if possible;
if they cannot be avoided, be cautious when approaching these areas
with the blade.
o Ensure push stick is available. The push stick must be thinner than the
material being planed and long enough to prevent hand entry into
machine. Preferred method is to move to other side of machine and
pull material through.
o Follow manufacturer’s guidelines for minimum length of material to
plane.
o Set depth of cut to thickest part of material.
o Ensure dust collecting system is used.
o Keep knives sharp and free from rust and pitch.
o Ensure that the material is not touching the cutterhead when turning
the machine “on”.
o Properly secure the knives in the cutterhead before turning the power
“on”.
o Lock the speed setting securely before feeding the material through the
machine.
February 2019 SUP 41
Do
o Keep arms, hands, and fingers away from the cutterheads, the feed
rollers and the chip exhaust opening.
o Allow the cutterhead to reach full speed before feeding in the material.
o Stand to the side (left or right) when you use the planer in case the
wood is kicked back.
o Remove shavings only with the machine “off” and disconnected from
the power source.
o Ensure, for longer pieces of material, that material is pushed
completely past the blade when cutting.
o Properly support long or wide materials.
o Turn the machine “off” and disconnect from the power source before
installing or removing accessories, adjusting, or changing set-ups, or
when making repairs.
Do Not
o Allow students to use this piece of equipment unless there is
active, in the area, supervision by a teacher or teaching assistant.
o Reach into machine when connected to power source.
o Use dull blades.
o Wear gloves, loose clothing, jewelry or have long, loose hair that
could be caught in moving parts.
o Turn the machine “on” before clearing the table of all objects
(tools, scraps of wood, etc.).
o Let a person who is on the outfeed side of the table saw pull the
material when the operator is feeding the material into the saw.
Outfeed pulling might draw the operator into the saw. The person
on the outfeed side is only there for the purpose of supporting the
object from falling.
o Feed a material that is warped, contains knots, or is embedded
with foreign objects (nails, staples, etc.).
o Feed a short, thin, or narrow material into the machine.
o Feed a material into the outfeed end of the machine.
o Turn the machine “on” with the material touching the cutterhead.
February 2019 SUP 42
Task Hazard Analysis
Task
Batteries (Removal/Installation)
Specifics Possible Consequences
Physical o Electrical short
o Explosions
o Burns
o Cuts
o Electric shock
Chemical o Acids
o Burns
o Eye and skin irritation
Biological
Do o Wear appropriate personal protective equipment (chemical safety goggles,
gloves).
o Remove jewelry.
o Ensure eyewash station is readily available.
o Inspect battery for leaks before removal.
o Disconnect negative terminal first before working on or removing battery.
o Connect negative terminal last when reinstalling battery.
o Keep battery level when removing or carrying to avoid acid leaks.
o Store batteries away from sources of ignition and in a well-ventilated
location.
o Avoid direct contact with the internal contents of batteries.
o Neutralize acid spills with sodium bicarbonate (baking soda) and dilute
with water before cleaning up.
o Ensure appropriate disposal methods for batteries are followed.
Do Not o Place tools on battery.
o Make contact between two terminals with tools.
o Pry stuck terminals, potentially cracking case.
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
February 2019 SUP 43
Task Hazard Analysis
Task
Booster Cables
Specifics Possible Consequences
Physical o Explosion
o Cuts
o Bruises
Chemical o Acid o Skin and eye irritation
Biological
Do o Wear appropriate personal protective equipment (chemical safety goggles).
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Refer to Batteries - Task Hazard Analysis.
o Ensure battery is not frozen.
o Follow the steps for boosting a battery:
1. Ensure vehicle is in “Park” and parking brake is used.
2. Turn off both vehicles and accessories when boosting a battery.
3. Attach one end of the positive jumper cable to the disabled battery’s
positive terminal.
4. Connect the other end of the positive
jumper cable to the booster battery’s
positive terminal.
5. Attach one end of the negative jumper
cable to the booster battery’s negative
terminal.
6. Use an engine ground not a negative terminal on the disabled car.
7. Attach the other end of the negative jumper cable to an engine ground
on the disabled vehicle.
8. Attempt to start the disabled vehicle. If the disabled vehicle does not
readily start, start the jumper vehicle, and run it at fast idle to prevent
excessive current draw.
9. Once the disabled vehicle starts, disconnect the ground connected
negative jumper cable from its engine block.
10. Disconnect the negative jumper cable from the booster battery.
11. Disconnect the positive jumper cable from the booster battery, then
from the other battery.
Do Not o Rock booster cables to correct a bad electrical connection.
o Let vehicles touch each other.
o Wear metallic jewelry.
February 2019 SUP 44
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
February 2019 SUP 45
Task Hazard Analysis
Task
Compressed Air
Specifics Possible Consequences
Physical o Flying objects
o Skin penetration
o Dust
o Eye injuries
o Hearing damage
o Embolism
o Throat and lung irritation
o Cuts
o Bruises
Chemical
Biological
Do o Wear appropriate personal protective equipment (impact glasses).
o Regulate air pressure to match tools used.
o Ensure all air hoses are in good repair and connections are functioning
properly.
o Point air hose away from body when connecting or disconnecting tools or
air hose.
o Follow manufacturer’s instructions for use and maintenance.
o Ensure proper pressure regulator and relief device is in place to maintain
proper pressure.
o Use appropriate tools for the task performed.
o Review all safety procedures prior to allowing individuals to use
compressed air for the first time.
Do Not o Use for general purpose cleaning.
o Clean self or others with compressed air.
o Use damaged or faulty hoses or tools.
o Use tools without training.
o Alter tools in any way.
o Use to clean brake pads.
o Allow students to use this piece of equipment unless there is active, in the
area, supervision by a teacher or teaching assistant.
February 2019 SUP 46
Task Hazard Analysis
Task
Pneumatic Tools
Specifics Possible Consequences
Physical o Flying objects
o Moving parts
o Noise
o Bruising
o Cuts
o Hearing loss
Chemical
Biological
Do o Wear appropriate personal protective equipment (impact glasses, ear muffs
or plugs for extended use).
o Ensure you are trained in the use of this equipment or are working under
the direct supervision of someone who is.
o Follow manufacturer’s instructions for use and maintenance.
o Use the correct air pressure for the tool as identified by manufacturer.
o Always use the appropriate attachments for the tool.
o Use caution when connecting tools to the compressed air supply to ensure
proper connection.
o Refer to Compressed Air - Task Hazard Analysis.
Do Not o Modify pneumatic tools.
o Use a pneumatic tool for the wrong application.
o Use damaged or defective tools.
o Allow students to use this piece of equipment unless there is active,
in the area, supervision by a teacher or teaching assistant.
February 2019 SUP 47
Task Hazard Analysis
Task
Air Handling Unit
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Electrical
o Moving parts
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
o Electrocution
o Death
Chemical o Air quality
o Vehicle exhaust
o Suffocation/asphyxiation
o Dizziness
Biological o Rodent nests
o Mould
o Stagnant water
o Hantavirus
o Legionnaires disease
o Infection
o Respiratory illness
Do o Wear appropriate personal protective equipment (dust mask, safety
glasses).
o Use appropriate safety precautions (Lockout/Tagout procedure).
o Inform Administration - Prior to entering an air handling unit an
employee should inform administrative staff of:
- The location of the restricted space that they are about to enter.
- The duration of time they expect to spend in the restricted space.
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Air Handling Unit.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker), that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to 911 operator that the emergency is related to
a worker injured in a confined space.
February 2019 SUP 48
Do (tending worker continued…)
- Remains available to direct emergency services to the accident
scene.
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
Do Not o Enter an Air Handling Unit if there is a hazard present that is not
identified above or if the type of work being performed introduces
additional hazards. (In these circumstances, a new task hazard analysis
must be completed and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency
assistance.
o Create an obstruction by the storage of materials near or adjacent to the
Air Handling Unit access/egress.
February 2019 SUP 49
Task Hazard Analysis
Task
Cubbyholes
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Air quality
o Suffocation/asphyxiation
o Death
Biological o Rodent nests
o Mould
o Hantavirus
o Infection
o Respiratory illness
Do o Wear appropriate personal protective equipment (dust mask, safety
glasses).
o Use appropriate safety precautions (Lockout/Tagout procedure).
o Inform Administration - Prior to entering a cubbyhole an employee
should inform administrative staff of:
- The location of the restricted space that they are about to enter.
- The duration of time they expect to spend in the restricted space.
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Cubbyhole.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker), that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to 911 operator that the emergency is related to
a worker injured in a confined space.
- Remains available to direct emergency services to the accident
scene.
February 2019 SUP 50
Do (tending worker continued…)
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
Do Not
o Enter a Cubbyhole if there is a hazard present that is not identified
above or if the type of work being performed introduces additional
hazards. (In these circumstances, a new task hazard analysis must be
completed and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency
assistance.
o Create an obstruction by the storage of materials near or adjacent to the
Cubbyhole access/egress.
February 2019 SUP 51
Task Hazard Analysis
Task
Service Tunnels
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Steam
o Bruising
o Lacerations
o Burns
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Asbestos
o Air quality
o Asbestosis
o Suffocation/asphyxiation
o Death
Biological o Rodent nests
o Mould
o Hantavirus
o Infection
o Respiratory illness
Do o Wear appropriate personal protective equipment (dust mask).
o Use appropriate safety precautions/equipment (flashlight).
o Inform Administration - Prior to entering a service tunnel, a worker
should inform administrative staff of:
- The location of the confined space that they are about to enter.
- The duration of time they expect to spend in the confined space.
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Service Tunnel.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- There is a concern about an asbestos release.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker), that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to 911 operator that the emergency is related to
a worker injured in a confined space.
February 2019 SUP 52
- Remains available to direct emergency services to the accident
scene.
Do (tending worker continued…
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
Do Not
o Enter a Service Tunnel if there is a hazard present that is not identified
above or if the type of work being performed introduces additional
hazards. (In these circumstances, a new task hazard analysis must be
completed and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency
assistance.
o Create an obstruction by the storage of materials in these areas.
February 2019 SUP 53
Task Hazard Analysis
Task
Spaces Above Fixed Ceilings
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Air quality
o Asbestos
o Suffocation/asphyxiation
o Asbestosis
o Death
Biological o Rodent nests
o Mould
o Hantavirus
o Infection
o Respiratory illness
Do o Use appropriate safety precautions/equipment (flashlight).
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Space Above a Fixed Ceiling.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- There is a concern about an asbestos release.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker), that the Tending Worker:
Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to the 911 operator that the emergency is related
to a worker injured in a confined space.
- Remains available to direct emergency services to the accident
scene.
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
February 2019 SUP 54
Do Not o Enter a space above fixed ceilings if there is a hazard present that is not
identified above or if the type of work being performed introduces
additional hazards. (In these circumstances, a new task hazard analysis
must be completed and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency
assistance.
February 2019 SUP 55
Task Hazard Analysis
Task
Storage Areas Under Stages
Specifics Possible Consequences
Physical o Slips
o Trips
o Impact injury
o Moving parts
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Air quality
o Suffocation/asphyxiation
o Death
Biological o Rodent nests
o Mould
o Hantavirus
o Legionnaires disease
o Infection
o Respiratory illness
Do o Wear appropriate personal protective equipment (protective gloves).
o Use appropriate safety precautions/equipment (flashlight).
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Area Under a Stage.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker), that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to the 911 operator that the emergency is related
to a worker injured in a confined space.
- Remains available to direct emergency services to the accident
scene.
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
February 2019 SUP 56
Do Not o Enter an area under a stage if there is a hazard present that is not
identified above or if the type of work being performed introduces
additional hazards. (In these circumstances, a new task hazard analysis
must be completed and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency
assistance.
February 2019 SUP 57
Task Hazard Analysis
Task
Cooling Towers
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Electrical
o Moving parts
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
o Electrocution
Chemical o Air quality
o Suffocation/asphyxiation
o Dizziness
o Death
Biological o Rodent nests
o Mould
o Stagnant water
o Hantavirus
o Legionnaires
o Infection
o Respiratory illness
Do o Wear appropriate personal protective equipment (dust mask).
o Use appropriate safety precautions/equipment (Refer to Safe Work
Procedures Lockout/Tagout procedure, flashlight).
o Inform Administration - Prior to entering a cooling tower, a worker
should inform administrative staff of:
- The location of the confined space that they are about to enter.
- The duration of time they expect to spend in the restricted space.
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Cooling Tower.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker), that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required
- Knows to specify to 911 operator that the emergency is related to a
worker injured in a confined space.
February 2019 SUP 58
- Remains available to direct emergency services to the accident
scene.
Do
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
Do Not o Enter a Cooling Tower if there is a hazard present that is not identified
above or if the type of work being performed introduces additional
hazards. (In these circumstances, a new task hazard analysis must be
completed and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency
assistance.
o Create an obstruction by the storage of materials near or adjacent to the
Cooling Tower access/egress.
February 2019 SUP 59
Task Hazard Analysis
Task
Sump Pits
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Air quality
o Vehicle exhaust
o Gasoline, oil, solvents
o Suffocation/asphyxiation
o Dizziness
o Dermatitis
o Death
Biological o Rodent nests
o Mould
o Stagnant water
o Hantavirus
o Infection
o Respiratory illness
Do o Review your entry permit before entering a Sump Pit (must be
currently dated).
o Wear appropriate personal protective equipment (protective gloves,
rubber boots).
o Use appropriate safety precautions/equipment (Refer to Safe Work
Procedures Lockout/Tagout procedure, flashlight, ladder).
o Inform Administration - Prior to entering a sump pit a worker should
inform administrative staff of:
- The location of the confined space that they are about to enter.
- The duration of time they expect to spend in the confined space.
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Sump Pit.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker), that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
February 2019 SUP 60
Do (tending worker continued…)
- Knows to specify to 911 operator that the emergency is related to a
worker injured in a confined space.
- Remains available to direct emergency services to the accident
scene.
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
Do Not o Enter a Sump Pit without a valid entry permit.
o Enter a Sump Pit if there is a hazard present that is not identified above
or if the type of work being performed introduces additional hazards.
(In these circumstances, a new task hazard analysis must be completed
and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency assistance.
February 2019 SUP 61
Task Hazard Analysis
Task
Catch Basins
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Air quality
o Vehicle exhaust
o Gasoline, oil, solvents,
antifreeze
o Suffocation/asphyxiation
o Dizziness
o Dermatitis
o Death
Biological o Rodent nests
o Mould
o Stagnant water
o Hantavirus
o Infection
o Respiratory illness
Do o Review your entry permit before entering a Catch Basin (must be
currently dated).
o Wear appropriate personal protective equipment (protective gloves,
rubber boots).
o Use appropriate safety precautions/equipment (flashlight, ladder).
o Inform Administration - Prior to entering a catch basin, a worker
should inform administrative staff of:
- The location of the confined space that they are about to enter.
- The duration of time they expect to spend in the confined space.
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Catch Basin.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o If a Tending Worker is required (see Confined Space Code of Practice -
Requiring a Tending Worker) ensure that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to 911 operator that the emergency is related to a
worker injured in a confined space.
February 2019 SUP 62
- Remains available to direct emergency services to the accident
scene.
Do
- Ensure unauthorized personnel do not enter the confined space and
stay clear of the area.
- Does not enter the confined space at any time.
Do Not
o Enter a Catch Basin without a valid entry permit
o Enter a Catch Basin if there is a hazard present that is not identified
above or if the type of work being performed introduces additional
hazards. (In these circumstances, a new task hazard analysis must be
completed and a new entry permit obtained).
o Attempt the rescue of an injured worker. Wait for emergency assistance.
February 2019 CRSE 1
Task Hazard Analysis
Task
Air Handling Unit
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Electrical
o Moving parts
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
o Electrocution
o Death
Chemical o Air quality
o Vehicle exhaust
o Suffocation/asphyxiation
o Dizziness
Biological o Rodent nests
o Mould
o Stagnant water
o Hantavirus
o Legionnaires disease
o Infection
o Respiratory illness
Do o Wear appropriate personal protective equipment (dust mask, safety
glasses).
o Use appropriate safety precautions (Refer to Safe Work Procedures -
Lockout/Tagout procedure).
o Inform Administration - Prior to entering an air handling unit an
employee should inform administrative staff of:
- The location of the restricted space that they are about to enter.
- The duration of time they expect to spend in the restricted space.
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Air Handling Unit.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker), that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to 911 operator that the emergency is related to
a worker injured in a confined space.
February 2019 CRSE 2
Do (tending worker continued…)
- Remains available to direct emergency services to the accident
scene.
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
Do Not o Enter an Air Handling Unit if there is a hazard present that is not
identified above or if the type of work being performed introduces
additional hazards. (In these circumstances, a new task hazard analysis
must be completed and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency
assistance.
o Create an obstruction by the storage of materials near or adjacent to the
Air Handling Unit access/egress.
February 2019 CRSE 3
Task Hazard Analysis
Task
Cubbyholes
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Air quality
o Suffocation/asphyxiation
o Death
Biological o Rodent nests
o Mould
o Hantavirus
o Infection
o Respiratory illness
Do o Wear appropriate personal protective equipment (dust mask, safety
glasses).
o Use appropriate safety precautions (Refer to Safe Work Procedures -
Lockout/Tagout procedure).
o Prior to entering a cubbyhole an employee should inform
administrative staff of:
- The location of the restricted space that they are about to enter.
- The duration of time they expect to spend in the restricted space.
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Cubbyhole.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o If a Tending Worker is required (see Confined Space Code of Practice -
Requiring a Tending Worker) ensure that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to 911 operator that the emergency is related to
a worker injured in a confined space.
- Remains available to direct emergency services to the accident
scene.
February 2019 CRSE 4
Do (Tending worker continued…)
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
Do Not o Enter a Cubbyhole if there is a hazard present that is not identified
above or if the type of work being performed introduces additional
hazards. (In these circumstances, a new task hazard analysis must be
completed and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency
assistance.
o Create an obstruction by the storage of materials near or adjacent to the
Cubbyhole access/egress.
February 2019 CRSE 5
Task Hazard Analysis
Task
Service Tunnels
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Steam
o Bruising
o Lacerations
o Burns
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Asbestos
o Air quality
o Asbestosis
o Suffocation/asphyxiation
o Death
Biological o Rodent nests
o Mould
o Hantavirus
o Infection
o Respiratory illness
Do o Wear appropriate personal protective equipment (dust mask).
o Use appropriate safety precautions/equipment (flashlight).
o Inform Administration - Prior to entering a service tunnel, a worker
should inform administrative staff of:
- The location of the confined space that they are about to enter.
- The duration of time they expect to spend in the confined space.
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Service Tunnel.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- There is a concern about an asbestos release.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o If a Tending Worker is required (see Confined Space Code of Practice -
Requiring a Tending Worker) ensure that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to 911 operator that the emergency is related to
a worker injured in a confined space.
February 2019 CRSE 6
- Remains available to direct emergency services to the accident
scene.
Do (tending worker continued…)
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
Do Not
o Enter a Service Tunnel if there is a hazard present that is not identified
above or if the type of work being performed introduces additional
hazards. (In these circumstances, a new task hazard analysis must be
completed and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency
assistance.
o Create an obstruction by the storage of materials in these areas.
February 2019 CRSE 7
Task Hazard Analysis
Task
Spaces Above Fixed Ceilings
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Air quality
o Asbestos
o Suffocation/asphyxiation
o Asbestosis
o Death
Biological o Rodent nests
o Mould
o Hantavirus
o Infection
o Respiratory illness
Do o Use appropriate safety precautions/equipment (flashlight).
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Space Above a Fixed Ceiling.
o Inform Administration - Prior to entering a space above a fixed ceiling
an employee should inform administrative staff of:
- The location of the restricted space that they are about to enter.
- The duration of time they expect to spend in the restricted space.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- There is a concern about an asbestos release.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker), that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to the 911 operator that the emergency is related
to a worker injured in a confined space.
- Remains available to direct emergency services to the accident
scene.
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
February 2019 CRSE 8
Do Not o Enter a space above fixed ceilings if there is a hazard present that is not
identified above or if the type of work being performed introduces
additional hazards. (In these circumstances, a new task hazard analysis
must be completed and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency
assistance.
February 2019 CRSE 9
Task Hazard Analysis
Task
Storage Areas Under Stages
Specifics Possible Consequences
Physical o Slips
o Trips
o Impact injury
o Moving parts
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Air quality
o Suffocation/asphyxiation
o Death
Biological o Rodent nests
o Mould
o Hantavirus
o Legionnaires disease
o Infection
o Respiratory illness
Do o Wear appropriate personal protective equipment (protective gloves).
o Use appropriate safety precautions/equipment (flashlight).
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Area Under a Stage.
o Inform Administration - Prior to entering a storage space under a stage
an employee should inform administrative staff of:
- The location of the restricted space that they are about to enter.
- The duration of time they expect to spend in the restricted space.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o If a Tending Worker is required (see Confined Space Code of Practice -
Requiring a Tending Worker) ensure that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
- Knows to specify to the 911 operator that the emergency is related
to a worker injured in a confined space.
- Remains available to direct emergency services to the accident
scene.
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
February 2019 CRSE 10
Do Not
o Enter an area under a stage if there is a hazard present that is not
identified above or if the type of work being performed introduces
additional hazards. (In these circumstances, a new task hazard analysis
must be completed and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency
assistance.
February 2019 CRSE 11
Task Hazard Analysis
Task
Cooling Towers
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Electrical
o Moving parts
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
o Electrocution
Chemical o Air quality
o Suffocation/asphyxiation
o Dizziness
o Death
Biological o Rodent nests
o Mould
o Stagnant water
o Hantavirus
o Legionnaires
o Infection
o Respiratory illness
Do o Wear appropriate personal protective equipment (dust mask).
o Use appropriate safety precautions/equipment (SWP Lockout/Tagout
procedure, flashlight).
o Inform administration - Prior to entering a cooling tower, a worker
should inform administrative staff of:
- The location of the confined space that they are about to enter.
- The duration of time they expect to spend in the restricted space.
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Cooling Tower.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker), that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required
- Knows to specify to 911 operator that the emergency is related to a
worker injured in a confined space.
February 2019 CRSE 12
- Remains available to direct emergency services to the accident
scene.
Do
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
Do Not o Enter a Cooling Tower if there is a hazard present that is not identified
above or if the type of work being performed introduces additional
hazards. (In these circumstances, a new task hazard analysis must be
completed and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency
assistance.
o Create an obstruction by the storage of materials near or adjacent to the
Cooling Tower access/egress.
February 2019 CRSE 13
Task Hazard Analysis
Task
Sump Pits
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Air quality
o Vehicle exhaust
o Gasoline, oil, solvents
o Suffocation/asphyxiation
o Dizziness
o Dermatitis
o Death
Biological o Rodent nests
o Mould
o Stagnant water
o Hantavirus
o Infection
o Respiratory illness
Do o Review your entry permit before entering a Sump Pit (must be
currently dated).
o Wear appropriate personal protective equipment (protective gloves,
rubber boots).
o Use appropriate safety precautions/equipment (Refer to Safe Work
Procedures - Lockout/Tagout procedure, flashlight, ladder).
o Prior to entering a sump pit a worker should inform administrative
staff of:
- The location of the confined space that they are about to enter.
- The duration of time they expect to spend in the confined space.
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Sump Pit.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker), that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
February 2019 CRSE 14
- Knows to specify to 911 operator that the emergency is related to a
worker injured in a confined space.
Do (tending worker continued…)
- Remains available to direct emergency services to the accident
scene.
- Ensures unauthorized personnel do not enter the confined space
and stay clear of the area.
- Does not enter the confined space at any time.
Do Not
o Enter a Sump Pit without a valid entry permit.
o Enter a Sump Pit if there is a hazard present that is not identified above
or if the type of work being performed introduces additional hazards.
(In these circumstances, a new task hazard analysis must be completed
and a new entry permit obtained.)
o Attempt the rescue of an injured worker. Wait for emergency assistance.
February 2019 CRSE 15
Task Hazard Analysis
Task
Catch Basins
Specifics Possible Consequences
Physical o Slips
o Trips
o Falls
o Impact injury
o Bruising
o Lacerations
o Loss of consciousness
o Broken bones
o Muscle strain
Chemical o Air quality
o Vehicle exhaust
o Gasoline, oil, solvents,
antifreeze
o Suffocation/asphyxiation
o Dizziness
o Dermatitis
o Death
Biological o Rodent nests
o Mould
o Stagnant water
o Hantavirus
o Infection
o Respiratory illness
Do o Review your entry permit before entering a Catch Basin (must be
currently dated).
o Wear appropriate personal protective equipment (protective gloves,
rubber boots).
o Use appropriate safety precautions/equipment (flashlight, ladder).
o Inform Administration - Prior to entering a catch basin, a worker
should inform administrative staff of:
- The location of the confined space that they are about to enter.
- The duration of time they expect to spend in the confined space.
o Visually inspect the entrance area for obvious hazards. Continue this
inspection as you proceed into the Catch Basin.
o Contact your supervisor if:
- Air quality is of concern.
- Significant biological hazards are discovered.
- New hazards are identified.
- Entry permit/training is out of date.
- Uncertain as to appropriate personal protective equipment (PPE).
o Ensure, if a Tending Worker is required (see Confined Space Code of
Practice - Requiring a Tending Worker), that the Tending Worker:
- Is present upon entry to the area and maintains communication
with the worker(s) in the confined space.
- Keeps a written record of the entry and exit of all workers.
- Knows to call 911 if an accident should occur and rescue is
required.
February 2019 CRSE 16
- Knows to specify to 911 operator that the emergency is related to a
worker injured in a confined space.
Do
- Remains available to direct emergency services to the accident
scene.
- Ensure unauthorized personnel do not enter the confined space and
stay clear of the area.
- Does not enter the confined space at any time.
Do Not
o Enter a Catch Basin without a valid entry permit
o Enter a Catch Basin if there is a hazard present that is not identified
above or if the type of work being performed introduces additional
hazards. (In these circumstances, a new task hazard analysis must be
completed and a new entry permit obtained).
o Attempt the rescue of an injured worker. Wait for emergency
assistance.
February 2019 IT 1
Task Hazard Analysis
Task
Genie Lift - AWP 30 S
Specifics Possible Consequences
Physical o Working from heights
o Moving parts of machinery
o Electricity
o Collision
o Injury from falling or falling
objects
o Pinching and crushing
o Electrocution
o Property or personal damage
Chemical o Contact with hydraulic
fluid
o Contact with battery fluid
o Skin or eye irritation
Biological
Do
o Participate in training to become a certified operator.
o Obey the instructions and safety rules in the manufacturer’s operator
manual. (Contained in manual box on lift)
o Inspect the worksite for hazards including overhead obstructions.
Complete Hazard Report Form if necessary.
o Have two people lift and install battery pack.
o Have a ground person present in facility and in frequent
communication with operator. Ground person should be aware of
emergency procedures for operator assistance.
o Always perform a pre-operation inspection.
o Always perform function tests prior to use.
o Only use the machine as it was intended.
o Use appropriate personal protective equipment (hard hats are
mandatory and are provided with the lift for operator and ground
person).
o Take precautions when moving a Genie Lift up/down a sloped surface.
o Be aware of crushing hazard when grasping the platform guard rail.
o Ensure that the outriggers are disengaged before storing. Store in area
not accessible to unauthorized personnel or students.
Do Not
o Use the platform unless the base is level. (All four outriggers are
properly installed and the leveling jacks firmly contact the floor.)
o Exit the platform while raised. (If a power failure occurs, have ground
personnel activate the manual-lowering valve.)
o Allow untrained personnel or students to use this machine.
o Sit, stand, or climb on the platform guardrails.
o Have two people on the platform at one time.
o Operate machine unless all systems are in good operating condition.
February 2019 IT 2
Task Hazard Analysis
Task
Ladder Usage - General
Specifics Possible Consequences
Physical o Pinch Point
o Heavy load
o Falls
o Death
o Broken bones
o Electrical shock
o Bruising
Chemical
Biological
Do
o Inspect ladder for cracks or broken joints
o Place your ladder on a stable, even, flat surface. Never place a ladder
on top of another object. Place the base of the ladder 1 foot away from
whatever it leans against for every 4 feet of height to the point where
the ladder contacts at the top.
o Ensure, when using an A-frame stepladder, that the brace is locked in
place.
o Ensure, if climbing onto another surface, that the ladder extends at
least three feet past the platform you are climbing onto.
o Secure tall ladders by lashing or fastening the ladder to prevent
movement.
o Always face the ladder when climbing or descending.
o Keep both feet on the ladder - never put one foot on a rung and the
other foot on a different surface.
o Check for overhead electrical wires before setting up a ladder.
Do Not
o Climb higher than the second rung from the top on stepladders or the
third on straight or extension ladders. With the exception of step stools
or step stairs
o Stand on the top or the paint shelf of a stepladder.
o Leave ladders unattended - kids love them
o Use items such as a chair, barrel, or box as a makeshift ladder.
o Use a portable ladder when other equipment is available.
o Paint or coat a portable ladder as it will prevent a person from viewing
current condition.
February 2019 IT 3
Task Hazard Analysis
Task
Ladder Usage - Portable / Extension Ladder
Specifics Possible Consequences
Physical o Pinch Point
o Heavy load
o Falls
o Death
o Broken bones
o Electrical shock
o Bruising
Chemical
Biological
Do
o Inspect ladder for cracks or broken joints.
o Place the ladder feet 1/4 of the ladder’s working length (i.e. foot to top
support point) away from the base of the structure. For every 4 ft. high,
the base of the ladder should be out 1 ft. horizontally from the structure
(support point).
o Extend the ladder at least 1 m (3 ft.) above the landing platform
o Place the ladder on a firm, level footing. Use a ladder with slip- resistant
feet or secure blocking or have someone hold the ladder. Please note that
securing a ladder at the foot does not prevent a side slip at the top.
o Rest both side rails on the top support and secure ladder to prevent
slipping.
o Check for overhead electrical wires before setting up a ladder.
o Clear area around base and top of the ladder of debris, tools, and other
objects.
o Tie off yourself with a safety harness when working 3 m (10 ft.) or more
off the ground or when working with both hands.
o Ensure that only one person is on a single-width ladder. Only one person
is allowed on each side of a double-width ladder.
o Maintain three-point contact by keeping two hands and one foot, or two
feet and one hand on the ladder at all times.
o Grasp the rungs when climbing a ladder, not the side rails. If your foot
slips on a ladder, holding onto rungs is easier than holding onto the side
rails.
o Rest the top of the ladder against a solid surface that can withstand the
load, not against windows.
o Guard or fence off the area around a ladder erected in an area where
persons have access.
o Secure the ladder firmly at the top to prevent it from slipping sideways or
the foot from slipping outwards.
February 2019 IT 4
Do
o Station a person at the foot of a ladder when it is not possible to tie at the
top or secure it at the foot. This is effective only for ladders up to 5 m (16
ft.) long.
o Ensure that the person at the foot of the ladder faces the ladder with a
hand on each side rail and one foot resting on the bottom rung.
o Attach hooks on top of ladder rails where ladder is to be used at a constant
height.
Do Not
o Use a ladder in passageways, doorways, driveways, or other locations
where a person or vehicle can hit it. Set up suitable barricades or lock
the doors shut.
o Place a ladder against flexible or moveable surfaces, or a window
o Straddle the space between a ladder and another object.
o Erect ladders on boxes, carts, tables, scaffold, or other unstable
surfaces.
o Use ladders on ice.
o Stand or rest a ladder on any of its rungs. Ladders must rest on both
side rails.
o Allow anyone to stand under a ladder.
o Lean or overreach from a ladder; move as required. Keep your center
of gravity between the side rails.
o Use a ladder in a horizontal position as a scaffold plank or runway.
o Carry objects in your hands while on a ladder. Hoist materials or
attach tools to a belt.
o Work from top three rungs. The higher a person goes on a ladder,
the greater the possibility that the ladder will slip out at the base.
o Join two short ladders to make a longer ladder. Side rails are not
strong enough to support the extra load.
o Paint wooden ladders. Defects may be hidden by the paint. Wood
preservatives or clear coatings may be used.
February 2019 IT 5
Task Hazard Analysis
Task
Ladder Usage - Step Ladder
Specifics Possible Consequences
Physical o Pinch Point
o Heavy load
o Falls
o Death
o Broken bones
o Electrical shock
o Bruising
Chemical
Biological
Do o Use a stepladder that is about 1 m (3 ft.) shorter than the highest point
you have to reach. This gives a wider; more stable base and places
shelf at a convenient working height.
o Open the stepladder spreaders and shelf fully.
o Check stability. Ensure that all ladder feet are on a firm, level, and
non-slippery surface.
o Place a stepladder at right angles to the work, with either the front or
back of the steps facing the work.
o Keep the stepladder close to the work.
o Face the stepladder when climbing up or down. Keep your body
centered between side rails. You have climbed too high if your knees
are above top of the stepladder or if you cannot maintain a handhold
on the ladder.
o Maintain a firm grip. Use both hands when climbing.
Do Not o Overreach. Keep your center of gravity between the side rails of the
ladder. Move a stepladder when needed.
o ‘Shift’ or ‘walk’ a stepladder when standing on it.
o Stand, climb, or sit on the stepladder top or pail shelf.
o Overload. Stepladders are meant for one person (not to exceed load
capacity of ladder).
o Use a stepladder as a brace or as a support for a work platform or
plank.
o Push or pull stepladders from the side. Repeated sideways movement
can make ladders wobbly since they are weaker or less stable in those
directions.
February 2019 IT 6
Task Hazard Analysis
Task
Deploying Access Points in Schools
Specifics Possible Consequences
Physical o Working from heights
o Debris from ceiling tiles
o Exacto Knife Usage
o Dusts
o Falls
o Eye Irritation
o Cuts
o Respiratory Irritation
Chemical
Biological
Do
o Have staff and students move away from the area.
o Make sure ladder is set up and used properly (See THA – Ladder
Usage). Ladders can be used for “light duty task” work for a short
duration above 10 feet. Anything else requires the Genie lift.
o Have a spotter.
o Put on goggles.
o Take caution when moving the ceiling tile until you can see what is
above it or on the surround ceiling tiles.
o Put on dust mask when cutting the tile.
o Put ceiling tiles back in place when done.
o Retract knife blade when not in use and when climbing ladder.
o Be careful carrying and moving ladder around school.
o Use a Genie Lift if access point is too high (see THA – Genie Lifts).
Make sure you have your Genie Lift certificate on hand.
Do Not
o Leave ladder unattended.
o Leave Exacto knife unattended.
February 2019 SWP 1
Safe Work Procedure
Task
Assisting Students with Personal Hygiene Needs (Diapering/Sanitary Products)
Materials Items Supplied by Parents:
• One clean diaper/sanitary product. • Disposable moist wipes/towels. • Fresh clothing for student, in case existing clothing is soiled. • Parent approved ointment, if required. • Plastic lined container.
Items Supplied by the school:
• Two disposable change pads/liners. • Three leak resistant plastic bags. • One pair of latex free disposable gloves. • Paper towels for hand washing. • Sign “Temporarily Closed, Please Do Not Use This Area.
Cleaning Required”. • Tissue, if ointment has to be applied.
• Disposable spatula (craft stick, plastic wand), if ointment has
to be applied.
Safe Work Procedure Steps
1. Wash hands thoroughly with soap and water.
2. Dry hands with clean paper towel.
3. Cover visible cuts or sores.
4. Assemble required materials.
5. Put on disposable gloves.
6. Cover change surface with clean disposable change pad.
7. Remove sufficient quantity of moist wipes/towels from
container and place near change surface (this prevents
contamination of the container).
8. Place student on change pad/liner. Take precautions to prevent
injury by adhering to specific lifting/transferring and
positioning training provided by authorized
physical/occupational therapist.
9. Remove necessary student clothing and soiled diaper/sanitary
product.
10. Place the soiled diaper/sanitary product in one of the leak
resistant plastic bags.
11. If student’s clothing is soiled, place it in a second leak
resistant plastic bag. The student’s clothing should be double
bagged, using the third bag.
12. Clean the student’s skin with disposable wipes/towels, wiping
from front to back. Dispose of used wipes/towels in plastic
bag containing soiled diaper/sanitary product.
February 2019 SWP 2
Safe Work Procedure Steps
continued…
13. Document any abnormal skin conditions, which should be
reported to parent by the classroom teacher. A record of this
should be kept on file.
14. If ointment is required, use spatula to remove ointment from
container and apply to student with tissue.
15. Remove the original change pad/liner and dispose of in plastic
bag containing soiled diaper/sanitary product.
16. Remove disposable gloves (turning them inside out as they are
pulled from the wrist to fingers). Dispose of gloves in plastic
bag containing soiled diaper/sanitary product.
17. Place a clean disposable change pad/liner under the student.
18. Put on clean diaper/sanitary product.
19. Dress student, using fresh clothing if the student’s original
clothing was soiled.
20. Dispose of second change pad/liner in plastic bag containing
soiled diaper/sanitary product.
21. Ensure student’s hands are washed with soap and water.
Whenever possible encourage students to do this themselves.
22. Wash your own hands with soap and water and dry
thoroughly.
23. Ensure area is completely cleaned and sanitized before being
used again. Area should be signed until this has occurred. Use
appropriate products to clean and sanitize all surfaces that
were touched during the personal hygiene procedure.
24. Seal plastic bag containing soiled items and dispose of it in the
regular garbage.
25. Seal plastic bag containing soiled student clothing and label
with student’s name. Place in plastic lined container and
arrange for it to be sent home at the end of the day.
February 2019 SWP 3
Safe Work Procedure
Task
Lockout/Tagout Requirements & Materials • Trained employees (CTS teachers, caretakers), that have
successfully completed the required training, are authorized
and must Lockout/Tagout (LOTO) machines or equipment in
order to service and maintain them.
• Contractors must Lockout/Tagout energy sources, meeting or
exceeding District procedures, manufacturer’s regulations, and
Alberta’s Occupational Health & Safety regulations.
• Energy Isolating Device is a device that prevents the
transmission and release of energy. An “energy source” is any
source of electrical, mechanical, hydraulic, pneumatic,
chemical, thermal, or other energy.
• Lockout is the placement of a locking device on an Energy
Isolating Device, that ensures the equipment being controlled
cannot be operated until the lockout device is removed.
“Lockout” device is a device that utilizes a positive means,
such as a lock, to hold an energy-isolating device in the safe
position.
• Zero energy state – an energy level that is not harmful to any
individual.
• Personal Protective Equipment (PPE) applicable to energy
source.
Safe Work Procedure Steps
Prior to Lockout:
1. Inform individuals that may be affected.
2. Recognize energy type - electrical, hydraulic, pneumatic,
fluids and gases, or mechanical energy (To refer to Task
Hazard Analysis for appropriate energy type place cursor
over word and press control/click).
3. Wear appropriate Personal Protective Equipment (PPE).
4. Shut off all power controls or isolating valves.
5. Attach Energy Isolation Device (e.g. clamp a line valve,
manually operated circuit breaker).
6. Identify locks – each lock will be identified by a phone
number, name, and employer (including CSSD). A lock
without a tag is not good enough. Additional information that
identifies the person/persons doing the work must be on the
tag. Also, the type of work that is being performed should be
on the tag.
7. Attach Lockout/Tagout device to Energy Isolating Device.
February 2019 SWP 4
Safe Work Procedure Steps-
continued…
8. Release stored energy – (e.g. if applicable, bleed electrical
capacitors for electrical lockouts, or bleed the air line and
drain the compressor, or by using other prescribed methods.)
Keep in mind that when bleeding stored energy, it could cause
some parts of the equipment to move, as it is being held by the
stored energy.
9. Recheck – test properly and make sure you have zero energy
state.
During Lockout:
1. Locks can only be removed by the individual that has attached
the lockout device.
2. If the responsibility of completing work is transferred to
another worker, during the lockout, the initial worker must
remove lockout/tagout device and the new worker must verify
and complete the Safe Work Procedure – Lockout/Tagout
from the beginning.
3. If additional workers and/or contractors come to assist with
work being completed during lockout, the individual must
verify lockout, to their satisfaction, and follow lockout/tagout
Safe Work Procedure and add their own lockout/tagout energy
isolating device and lock.
4. With more than one worker or contractor completing work,
multiple locks may be attached to one secure energy isolating
device. Each worker is responsible for verifying
lockout/tagout Safe Work Procedures and removing their own
lock upon completion of work.
To Remove Lockout Device:
1. Service/maintenance must be completed.
2. Ensure no individual(s) will be at risk when energy is restored.
3. Remove lockout device.
4. Restore energy as per manufacturer’s guidelines.
5. Inspect equipment or work area for proper operation, such as a
lock to hold an energy-isolating device in the
safe position.
February 2019 SWP 5
February 2019 SWP 6
Safe Work Procedure
Scents in the Workplace
Purpose
The Calgary Catholic School District, as an employer, has a duty to accommodate employees who may be adversely
affected, or suffer a severe medical reaction, when exposed to a fragrance or scented product. Principals/non-school-
based department heads have a responsibility to ensure that all reasonable steps are taken to make the working
environment safe for those with chemical sensitivities, in the same manner that any other health issue or safety
hazard is addressed.
In the interest of creating and maintaining a safe and healthy working environment for employees, this procedure
has been developed to assist principals/non-school-based department heads with implementing a fragrance/scent-
safe workplace when made aware that an employee is experiencing an adverse reaction to fragrances/scents in their
work environment.
Scope
This procedure applies to all work sites, buildings, and schools, owned by the Calgary Catholic School District. It
is applicable to all employees, students, volunteers, and contractors, as well as to visitors.
Background
Exposure to fragrances/scents found in personal care products, cleaning products, perfume/cologne, and
construction and maintenance products, can create significant health problems in susceptible individuals including
asthma attacks, migraine headaches, severe allergic reactions, inability to concentrate, loss of coordination, loss of
consciousness or seizures.
Definitions
• Scent-free product: a product labeled unscented, scent-free, or fragrance-free by the manufacturer.
• Scent-reduced product: a product having minimal scent, labeled hypo-allergenic or for sensitive skin.
• Scent/fragrance: a chemical or additive that creates an aroma or odor. These are found in a wide range of
common products including perfume, aftershave, deodorant, soap, air fresheners, fabric softeners, laundry
detergents, facial tissues, candles, and maintenance products.
Procedures for Responding to Fragrance/Scent Concerns
A principal/non-school-based department head is responsible for initiating the informal process when notified by
an employee, either verbally or in writing, of a concern related to scents/fragrances and/or construction and
maintenance products. While it may be required at some point that the employee provide supporting medical
February 2019 SWP 7
documentation in respect to the causes and symptoms of their issue, the absence of such does not remove the need
for an immediate response.
Principal/Non-School-Based Department Head Responsibilities
Informal Process
1. Meet with the individual to clarify the issue, to understand the impact that the fragrance/scent is having on
their health and the actions that they are taking to address the problem.
2. In a timely manner, develop a fragrance/scent-safe workplace plan.
(Note – the workplace plan does not need to be complicated. It could be as simple as asking staff to refrain
from wearing colognes/perfumes while at work or requesting employees to refrain from bringing air
fresheners or cleaning products into the workplace.)
3. Communicate with staff and students, highlighting the key points of the plan, and requesting everyone's
cooperation and understanding to create a safe environment for all.
4. Continue to monitor the situation both in terms of the employee’s health and the implementation of the
plan.
5. If the principal/non-school-based department head does not receive the necessary cooperation, and/or the
situation is not resolved by the informal steps, it may be necessary to initiate the formal process (see below).
Formal Process
1. Meet with the employee to discuss next steps, including consultation with the Employee Wellness & Safety
Manager and, where applicable, their union representative and the requirement for medical documentation.
This is necessary in order to develop an official fragrance/scent-safe accommodation plan.
2. The Employee Wellness & Safety Manager will facilitate the development of a medical accommodation
plan that will identify the necessary actions and outline the responsibilities of the principal/non-school-
based department head/employee/superintendent to establish and maintain a fragrance/scent-safe
workplace. These may include, but are not limited to:
• Installing signage indicating that this workplace is a fragrance/scent-safe environment (front door,
side entrance, etc.).
• Updating Smart Find: ‘This school is fragrance/scent-safe. No fragrances/scents permitted, due to
potential severe allergic reaction’.
• Ensuring that the school staff add a “fragrance/scent-safe statement” in each service request they
submit to the Service Desk for their school and that they request all subsequent work orders also
have that statement included for advising vendors/contractors. Note - Enter Service Requests by
email the Service Desk at [email protected]
February 2019 SWP 8
• For meetings held in enclosed rooms (within or outside of the school premises), advise attendees
in advance that it will be a fragrance/scent-safe environment and to refrain from wearing any
perfume/cologne or scent producing products.
• Reminder messages, initiated by the school, for parent teacher interview night, school website,
district web page, school newsletter (minimum once per term), and community use of schools
(contact Business Services at Central Office to advise of the Fragrance/Scent-safe status).
3. Share the mandatory requirements of the workplace plan with staff, students and others who must comply
with the expectations. Reinforce the need for cooperation, to ensure that the goal of a healthy and safe
workplace is attained.
4. Continue to monitor the situation both in terms of the employee’s health and in the implementation of the
plan.
5. If compliance with a fragrance/scent-safe workplace does not occur at this level, contact the school Area
Superintendent for support in addressing the issue.
February 2019 SWP 9
Appendix 1: Initial Memo to Staff
Dear Staff:
Please be aware that we have received a request to establish a fragrance/scent-safe workplace due to medical
reasons. We ask that you review the following information and respond as requested. If you have any questions,
please do not hesitate to contact me.
What is the issue?
Exposure to fragrances and scented products can trigger serious health reactions in individuals with asthma,
allergies, migraines, or chemical sensitivities.
Fragrances and scents are found in a wide range of products including perfume, aftershave, deodorant, soap, air
fresheners, fabric softeners, laundry detergents, facial tissues, and candles.
It is a personal choice to use fragrances or scents; however, it is important to recognize that the chemicals from
which these are created are, by their very nature, shared. The chemicals vaporize into the air and are easily inhaled
by those around us. Today's fragrances/scented products are made up of a complex mixture of chemicals which can
contribute to indoor air quality problems and cause health problems.
Susceptible individuals can experience a variety of symptoms, including headache, sore throat, runny nose, sinus
congestion, wheezing, as well as shortness of breath, dizziness, anxiety, anger, nausea, fatigue, mental confusion,
and an inability to concentrate. Although the mechanisms by which chemicals act to produce symptoms are not yet
understood, the impact on all those affected can be quite severe, resulting in great difficulty in work and study
activities.
Moving towards a fragrance/scent-safe environment
In order to protect those individuals with sensitivities to fragrances and scents, and to possibly prevent others from
developing such sensitivities, we are asking for your cooperation towards a fragrance/scent-safe environment in this
workplace. Employees, students, and visitors are strongly encouraged to avoid or reduce the use of fragrances or
scented products.
What is the Calgary Catholic School District doing about fragrance/scent related issues in the workplace?
Recognizing that fragrances and scents may negatively impact on indoor air quality, the district will:
• Minimize the use of products which contain fragrances and scents.
• Promote the use of environmentally-friendly products in cleaning and building materials.
• Optimize air quality by means of proper ventilation, as well as ensuring peak performance and proper
maintenance of building ventilation systems.
February 2019 SWP 10
What can you do to help?
• Be considerate of those who are sensitive to fragrances and scents. Avoid using these products in the workplace.
• If you must use a fragrance or scented product please use it sparingly. A general guideline for fragrances and
scented products is that they should not be detectable more than an arm's length away.
• Avoid using products such as air fresheners in your work area.
• If possible, avoid using scented laundry products or cleaning agents. Allow dry cleaned clothing to be aired out
prior to wearing.
What should you do if you are approached because you are using a fragrance or wearing a scented product?
If you are informed that the fragrance that you are using or wearing is creating a health problem and you are
requested to refrain from using the product while at work, you may feel puzzled, hurt, annoyed, defensive, or even
insulted by the request. Understand that it is not about you as a person or about your choice of fragrance or scent,
but it is about the product and the adverse effect it is having on someone.
• Consider discussing the issue openly with the person or with your supervisor and the person. Ask
questions about the health impact on the person and the types of symptoms experienced.
• Work with cooperation and understanding towards a mutual, satisfactory resolution.
What should you do if you encounter a person in the school who is either wearing a fragrance or using scented
products?
• If you feel you can do so comfortably, approach the individual and let them know that the fragrance or scent
may cause an adverse reaction to some individuals in the workplace. Talk to the individual in a cordial and
respectful manner, requesting their understanding and cooperation. Remember that many people are unaware
of the potential adverse health effects caused by the wearing or use of fragrances or scented products.
• As an employee, you may ask your supervisor/principal to discuss this matter with the individual involved or
with the group of employees.
Thank you for your attention regarding this matter.
Sincerely,
Principal,
School
February 2019 SWP 11
Safe Work Procedure
Bleach Usage
Purpose
To alleviate some of the confusion about when bleach is appropriate for use in school environments, we have
prepared the following information.
Background
Bleach is being used by some staff for sanitizing and disinfecting surfaces within the school environment.
Why is Bleach Hazardous to Use in our Schools?
Chlorine bleach contains chlorine, a toxic gas, combined with sodium and oxygen as sodium hypochlorite. Hazards
arise when the chlorine is released from this bond. According to professors at McGill University, chlorine gas is the
most common source of toxic exposure incidents worldwide. Mixing bleach with other cleaning products is the
biggest single source of chlorine release.
It is relatively easy, accidentally, to mix bleach, used in cleaning, with other cleaning products--for example in the
toilet, sink or drain. Mixing bleach with ammonia is particularly hazardous, releasing chlorine gas, ammonia gas
and chloramines. Because urine contains ammonia, the use of chlorine bleach to clean bathrooms is a common
source of chlorine and ammonia release.
These gases are caustic and irritating, and inhalation damages the lungs and nasal passages. Exposure to high
concentrations of ammonia gas for longer than 15 to 30 minutes can lead to irreversible damage, even death.
Because chlorine gas is water-soluble, it forms hydrochloric or hypochlorous acid upon meeting moisture in the
mucus membranes eyes and mouth. In the lungs, acid damage results in pulmonary edema (release of fluid into the
tissues), causing breathing difficulties. Proteins in tears protect the eyes from the worst effects of chlorine release,
but soreness, redness and minor tissue damage may occur. Chloramines cause similar breathing difficulties and
irritation to the eyes, nose, throat, and skin. These are the compounds that cause irritation in swimming pools.
What are Safer Alternatives?
Alberta Health Services recognizes an iodine solution or quaternary ammonium compound solution mixture as well
as other chemical solutions as long as the district and regulatory authority is satisfied that such chemicals can
achieve the desired results. Formula 333 is a quaternary solution which the Caretaking Services uses and stocks.
Formula 333 satisfies AHS’s requirements.
When can Bleach be used?
Bleach can only be used when direction is given by Alberta Health Services for sanitizing and disinfecting a location
that is experiencing a health-related concern. The bleach is brought in by Caretaking Services and immediately
February 2019 SWP 12
removed once the disinfecting and sanitization process has taken place. This process is usually done during the
night shift.
February 2019 SWP 13
Safe Work Procedure
Driving and Mobile Device Usage Mobile Devices
The use of cell phones and other handheld electronic innovations have enabled employers to have increased access
to their employees, improved customer service and elevated employee efficiencies. However, in recent years it has
been noted that these devices have also increased distractions to the user while driving. Accident statistics have
shown that the use of cell phones while driving distracts a driver’s attention from traffic conditions. Various studies
pertaining to cell phone usage have shown that conversing on cell phones while driving disrupts the driver's attention
to the visual environment, leading to "inattention blindness", or the inability to recognize objects encountered in the
driver's visual field. This disruption jeopardizes the safety of the vehicle, occupants, and the general public.
Background
The issue of employer liability, stemming from cell phone use while driving, has not yet been decided by the
Canadian courts or by the Canadian government. However, a recent decision by the Supreme Court of Canada
implies that an employer can be held liable for certain unlawful acts committed by an employee in the course of his
or her duties. As a result, many provinces have amended their Traffic Safety Act to prohibit the use of handheld
devices while driving. For example, Alberta has amended the Traffic Safety Act to prohibit all persons from holding
or using hand-held wireless communication devices and entertainment devices while driving a motor vehicle that
are unrelated to the driving task. To clarify the Distracted Driving Law in Alberta:
• The law restricts drivers from:
o using hand-held cell phones.
o texting or e-mailing.
o using electronic devices like laptop computers, video games, cameras, video entertainment displays
and programming portable audio players (e.g., MP3 players).
o entering information on GPS units.
o reading printed materials in the vehicle.
o writing, printing, or sketching, and
o personal grooming
• Complements the current driving without due care and attention legislation.
• Applies to all vehicles as defined by the Traffic Safety Act, including bicycles.
• Applies to all roads in both urban and rural areas of the province.
• The fine for this new offence is $172.
There are exemptions to this cell phone ban which include the use of hands-free devices, such as Bluetooth devices,
and Global Positioning Devices. Additionally, drivers are permitted to use hand-held wireless communication
devices and entertainment devices if their vehicle is legally parked.
February 2019 SWP 14
Practice
District employees are required to comply with Federal, Provincial, and local laws regarding the use of wireless
phones while driving. All District employees are encouraged to use a hands-free device while driving on District
business. If a mobile communications device must be used by an employee while driving during District business,
a hands-free device must be used, of which the cost is borne by the employee. Drivers are encouraged to keep
mobile communications device use to a minimum. Whenever possible, employees should not make or receive calls
while driving. Only in the case of an emergency, is the use of a hand-held mobile communications device, without
a hands-free device, permitted.
Guidelines for Drivers While at Work
1. Hands-Free Devices
Extreme caution must be exercised when using hands-free headsets for cell phones and other devices while
driving:
• To all vehicles operated by employees while at work, whether owned by the District or a private individual;
• To all wireless devices, whether owned by the District or by the individual worker; and
• To all conversations, whether personal or business-related.
2. Handling Calls While Driving
• Calls: If the phone rings, the employee must not answer until they are able to do so safely. If the employee
is using a hands-free headset, they may answer the incoming call and ask the caller to wait until they are
able to carry-on a conversation in a safe manner.
3. Reminder
The use of cell phones and other wireless devices while driving leads to distractions that can result in traffic
accidents. So, while the District cannot force employees to adhere to these rules when at work, the District
strongly urges all employees to do so for their own safety and well-being, as well as that of their family, friends
and third parties on the roadways.
February 2019 SWP 15
Safe Work Procedure
Personal Distress Alarm Usage
Purpose
The “Personal Distress Alarm” (Man Down) system is designed to provide a means for a person who is working
alone to call for assistance in emergency situations. The system is intended for use by a person who must work
alone as part of their regularly assigned duties and in the event of injury, illness or emergency does not have
assistance readily available. This will include caretakers, cleaners, cleaning assistants, maintenance staff and
contractor employees. The system is not intended for use by other District employees.
A “Personal Distress Alarm” System is installed in every school. The installation of this system allows the District
to meet the requirements of Alberta Occupational Health and Safety legislation for employees required to work
alone.
Use of the Personal Distress Alarm Pendent
For caretakers, cleaners or cleaning assistants the pendent must be worn during times when working alone.
Working alone times typically include:
1. From opening the school in the morning until other staff arrive.
2. Evening shift when there is only one person in the building (4:00 to 12:00 midnight).
3. Christmas and Easter Breaks, Summer Holidays, Weekends or any other time when regular school is not in
session.
4. During rentals when no other staff are present.
Caretakers, cleaners or cleaning assistants should also wear the pendent as a safety precaution when entering or
working in confined space areas.
District maintenance staff and contractor employees should also wear the pendent if they are required to work alone
in a District facility.
Personal Distress Alarm System Protocol
The protocol for using the Personal Distress Alarm system is as follows:
1. Only work alone at scheduled times or at times arranged with supervisory staff.
2. Always wear the pendent when working alone in a facility.
3. Ensure the P.A. system is on so the alarm will sound in the school.
February 2019 SWP 16
4. Only activate the Personal Distress Alarm system in emergency situations when you cannot access a telephone
to call for assistance. Emergency situations would include such things as; loss of mobility due to injury, risk
of violence due to an intruder, inability to vacate a confined space.
5. When emergency assistance is required, the pendent can be activated by pressing and holding down both
buttons at the same time. This will bring the system into alarm and send a signal to Protelec Monitoring and
Police will be immediately dispatched to the site. District Supervisory staff will also be notified. (The alarm
sound in the school is the change bell sound continuously.) Note, if you are testing the alarm you must let the
alarm ring for at least 10 seconds to register at Protelec security.
6. The Pendent is identified school specific; ensure that the pendent is left at the school at the end of each work
day. The pendent should always be stored in the caretaker’s office when it is not being used. This will
ensure that the pendent is always available when required. Never leave the site with the pendent as this will
put the system into inactive.
7. If the alarm is accidentally activated Protelec security should be called immediately (1-800-563-7768) to notify
them of the false alarm so that emergency service does not have to respond. The Personal Distress Alarm
system will need to be reset as described below.
8. The system will need to be reset after each alarm:
o The reset button labeled “man down reset” for the Personal Distress Alarm system is located near the
Silent Knight Security Panel. This button will stop the alarm.
o Then the main panel at the school needs to be reset (re-keyed) following the same procedure for
resetting alarm after a fire alarm.
9. Conduct a daily check of the security panel in the mechanical room to see if any lights are displayed. If a red
light is on, enter an SR immediately detailing what has happened and asking for an electrician. Do not reset or
use the system until repaired.
Any questions should be addressed to your immediate supervisor.
February 2019 SWP 17
Safe Work Procedure
Working Alone
There are many circumstances that can, and do, occur in the District where employees are at risk when “working
alone”.
Working alone exposes employees to increased risk. Precautions are required to ensure employee safety. Increased
risk includes:
• Inability to contact others in case of a medical or other emergency.
• Dealing with unknown individuals.
• Dealing with threatening circumstances, especially when dark.
Currently the Alberta Occupational Health and Safety Act and Code specifically addresses “working alone” as a
safety risk and identifies employee and employer responsibilities.
The District requires:
1. The Principal/workplace manager must be in attendance, whenever possible, while employees (except
Caretakers) are working in their facilities.
2. If an employee must work without the Principal/workplace manager in attendance, then they must have another
staff member present.
3. The employees working must be located in a secure area (e.g. locked classroom).
4. The employees must each have a fully charged cell phone, have the other person’s cell number, and check in
with each other often.
5. The employees sign in if they are choosing to return to work after hours or on weekends. Each school has a
clipboard with a pen beside the alarm panel to sign in and out. This will ensure that the school alarm is not
accidentally activated when people are still in the building. In case of an emergency, it gives applicable
personnel quick reference to who is in the building and what room they are in.
6. If a non-staff member is working in the building or renting the facility, the Principal will not allow employees
or students to be in the building alone.
February 2019 SWP 18
SAFE WORK PROCEDURE
Table Saw Page 1 of 6
LOCATION OF WORK WRITTEN BY: APPROVED BY: DATE: LAST REVISION
Career and Technology Foundations Program of
Studies (CTF/ CTS) Shops
CTS/CTF Consultants
and CTS/CTF Teachers
Director, Instructional Services - Secondary
June 12, 2018 June 26, 2018
HAZARD PRESENT PERSONAL PROTECTION EQUIPMENT (PPE)
ADDITIONAL REQUIREMENTS
• Discharge of objects/material kickback
• Cuts or amputations from an exposed blade
• Eye injury from flying debris or sawdust
• Dust inhalation
• Hearing impairment from noise
• CSA approved safety glasses
• CSA approved safety shoes
• Hearing protection
• Respiratory protection, where appropriate
• Rings and jewelry (long necklaces/bracelets, etc.) cannot be worn
• Long and loose hair must be tied back
• Close, fitting, protective clothing must be worn. No strings hanging from pullovers/sweaters
SAFE WORK PROCEDURE
DO NOT use any machinery unless a CTS/CTF teacher has instructed you in its safe use and operation and has given
permission. Junior High Students are NOT allowed to operate the Table Saw under any circumstances
PER-OPERATION SAFETY CHECKS:
1. Check workspaces and walkways to ensure no slip/trip hazards are present. 2. Locate and ensure you are familiar with the operation of the On/Off starter and the emergency stop
button. 3. Use only materials free from defects. 4. Check for proper blade size and type. Machine must be isolated while blades are being installed. 5. Do not operate the saw unless adequately guarded. Repair/replace guards as necessary. 6. Do not store tools and parts on top of the machine. 7. Faulty equipment must not be used. Immediately report suspect machinery to your supervisor.
OPERATIONAL SAFETY CHECKS:
1. Never leave the machine running unattended. Do not leave the machine until the blade has come to a complete stop.
2. Before making adjustments, switch off and bring the machine to a complete standstill. 3. Stop the machine before removing scrap pieces from the table. 4. Always keep hands and fingers away from the blade. Always use a push stick or pad for ripping narrow
stock. 5. Never stand or have any part of your body in line with the path of the saw blade. 6. Never use the mitre and fence together.
February 2019 SWP 19
SAFE WORK PROCEDURE
Table Saw Page 2 of 6
7. Never reach behind or over the cutting tool with either hand for any reason. 8. Feed work into a blade or cutter, against the direction of the rotation of the blade or cutter only. 9. Never attempt to free a stalled saw blade without first turning the saw off. 10. Hold work firmly against the mitre gauge or fence. Avoid awkward operations and hand positions where
a sudden slip could cause your hand to move into the cutting tool. 11. Turn off the machine if the material is to be backed out of an uncompleted
cut. 12. Always use the guard, splitter and anti-kickback fingers. Ensure they are
free from defects and accumulation of wood dust and debris. 13. Use local exhaust ventilation and/or wear recommended respiratory
protection. 14. Never pull a piece through.
OPERATING THE TABLE SAW:
1. Wear personal protective equipment: safety glasses/face shield, hearing protection, safety footwear. Remove all jewelry and loose clothing, and tie back hair.
2. Ensure the On/Off switch is in the “Off” position and plug the machine into direct and properly grounded power source.
3. Place material to be cut on to the table, well away from the blade. Ask for assistance when carrying long or heavy material. Provide adequate support to the rear and sides of the table saw for wide or long work pieces.
4. Inspect work piece for nails or other foreign materials before cutting/ripping. 5. Adjust height of blade according to stock thickness:
With machine at complete stop, unlock the front hand wheel and rotate the hand wheel clockwise to raise the blade. Adjust the blade height to 1 cm above the thickness of stock.
Lock the hand wheel by turning the hand knob extending from the hand wheel shaft. 6. Cutting material:
a) Turn on power and let machine come to full speed. Never start the saw with the blade in contact with the stock.
b) Use a guard with a spreader and anti-kickback fingers. Keep body/face to one side of the line of the saw blade.
c) Use both hands to hold the materials firmly against the mitre gauge or rip fence to position and guide the cut. Avoid performing “free hand” sawing operations, always use either the fence or the mitre gauge to position and guide the work, not both.
d) Feed work piece slowly into and against the direction of the saw blade rotation. Do not apply too much pressure against saw blade, use light contact with the blade.
e) Maintain a 10 cm (4 inch) distance from the blade with fingers and use a push stick when finishing narrow cuts against the fence. Keep fingers off the cutting line.
f) When using a dado blade, use a push pad to hold down the piece of wood while dadoing. 7. When work has been completed, turn off the saw and stay until machine comes to a complete stop.
Turn the lockout switch to off, before freeing work piece. 8. Remove material from the table and clean the area. If there is a lot of sawdust, wear a dust mask while
cleaning the area.
February 2019 SWP 20
SAFE WORK PROCEDURE
Table Saw Page 3 of 6
STANCE – Stand slightly to the left and never cross arms/hands across the blade.
RIPPING – The process of using the fence and cutting the grain in solid stock or along the long edge of the
sheet materials.
CORRECT INCORRECT
February 2019 SWP 21
SAFE WORK PROCEDURE
Table Saw Page 4 of 6
Ripping regular stock (pieces 8” long and 2” or wider)
1. CSA approved eye protection must be worn.
2. Material must be checked for cracks, defects, splinters, foreign objects. Check with instructor before
cutting.
3. Solid stock pieces must be a minimum of 8” long.
4. Plywood has no-grain so ripping is considered “cutting down the long side”.
5. Material must be stable on the table and fence (preferably with a straight flat (jointed) edge).
6. Blade should be raised to “the bottom of the gullet” or minimum height is 1 cm above the stock.
Maximum height is no more than 1” above the stock.
7. The guard must be used at all times for pieces over 2” in width.
8. The guard must be well maintained, and blade must be appropriate for the material being cut.
9. Adequate push stick(s) needs to be accessible and available by the user before starting each cut.
*Adequate push sticks are ones that support the stock being pushed as well as maintaining a 3”
minimum distance between the fingers and the fence.
10. Stance should be slightly to the left of the blade with hip close to the saw.
11. Arms must never cross over the blade and the stock needs to be pushed all the way past the back of
the blade before the hands “part away from the blade” at the end of the cut.
12. The piece between the fence and the blade must always be supported adequately in a way that keeps
the stock tight to the fence.
13. Feed rate must allow the blade to cut freely without binding.
14. For pieces of wood wider than 5” it is recommended to not use a push stick. Hand must be 5” away
from blade to do this. A good guideline is to keep the hands on the outside of the T-slots.
Exceptions for ripping narrow stock (pieces 2” or less):
1. A splitter/riving knife must be used in conjunction with a zero clearance throat plate (one that will
support the piece and offcut). Zero clearance throat plate may be necessary to support the offcuts.
2. Pieces less than 3mm must be cut as an offcut from a larger piece.
3. An adequate push-stick must be used (and may be cut into). It must keep the hand 5” above the
blade.
Examples of adequate push sticks
February 2019 SWP 22
SAFE WORK PROCEDURE
Table Saw Page 5 of 6
Exception for grooving (blind cuts):
1. Splitter must be set/adjusted to be below the height of the blade.
2. A push stick/push pad may be used to push the piece through on the left side of the blade.
3. A push stick or feather board may be used on the left side of the blade to hold the stock securely against
the fence.
Exception for using a Dado Set:
1. INSTRUCTOR MUST CHECK SETUP.
2. Guard and splitter must be removed.
3. Pushing may occur on the left side of the
blade.
4. A push stick/push pad may be used.
5. A slower feed rate must be observed.
Example of a Dado Setup:
Exception for stopped/internal cuts:
1. Drop cuts should only be performed by a certified instructor.
Cross Cutting
The process of using a mitre gauge or
cross cut sled to cut across the grain in
solid stock or cut along the short edge in
sheet goods.
Example of student friendly cross-cut
sled:
February 2019 SWP 23
SAFE WORK PROCEDURE
Table Saw Page 6 of 6
Using a Cross-Cut Sled:
1. CSA approved safety glasses must be worn.
2. Fingers must stay 5” away from the blade at all times.
3. It is recommended that stops be installed to ensure no exposure of the blade occurs when finishing the
cut.
4. Splitter must stay on the saw.
5. The operator’s hands must be on the same side of the blade as their body, and the piece must be held
securely down and tight to the sled.
Using a Mitre-Gauge:
Note: Using a cross-cut sled is the preferred method over a mitre gauge.
1. The piece must be adequately supported.
2. The operator’s hands must be on the same side of the blade as their body.
3. The piece must be held securely down and tight to the mitre gauge.
4. Feed rate should allow the blade to cut with minimal pull.
5. Do not sue a mitre gauge with a fence.
Example of a mitre gauge:
CHANGING THE BLADES:
1. Turn the saw off and call the teacher.
2. Turn off the machine, lock out the switch and unplug the machine.
3. Loosen the blade with the appropriate wrench.
4. Carefully remove the saw blade.
5. Attach a new saw blade (ensure it is the correct size and RPM rating), making certain the teeth of the
blade are pointing down at the front.
6. Tighten all screws and remove all wrenches before re-starting the machine.
7. Replace saw blades that are dull. Keep saw blades clean.
February 2019 CRSCP 1
Code of Practice
Confined and Restricted Space
Confined and Restricted Spaces
Confined and restricted spaces have a history of being potentially dangerous places to work, as hazards within them
are often magnified. Both confined and restricted spaces are not intended for human occupancy and ongoing regular
work activity. Typically, they are entered for cleaning, inspection, maintenance, repair, or construction.
Confined and restricted spaces typically have a restricted means of access making it difficult to initiate a rescue or
retrieve an injured worker. A worker may not be able to easily walk into the confined or restricted space, and the
confined or restricted space may have to be accessed by ladders, stairways with a steep slope, narrow width, or
extreme length. There may also be physical obstructions such as bulk heads, collapsed material or machinery. A
confined space may have poor ventilation and contain a hazardous atmosphere or energized equipment. Although
a confined or restricted space may be safe to enter initially, the work activities may create a hazardous atmosphere.
Regulations and Guidelines
In the province of Alberta, the Occupational Health and Safety Act, Regulation and Code is enforced by Alberta
Human Resources and Employment - Workplace Health and Safety. This legislation establishes the rights and
obligations of employers, workers, and the government; outlines the general requirements for employers, outlines
administrative and policy issues, and contains detailed technical requirements that support the Occupational Health
and Safety Act, Regulation, and Code.
The Occupational Health and Safety Code (Part 5) defines a restricted space as an enclosed or partially enclosed
space that is not designed or intended for continuous human occupancy, with a restricted, limited, or impeded means
of entry or exit because of its construction. Typically, the only hazard for a restricted space is in the difficulty of
getting into or out of the space, and all other potential hazards are non-existent or have been eliminated or controlled.
Thus, restricted spaces are not subject to the permitting, atmospheric testing and tending worker requirements of a
confined space. However, a restricted space may become a confined space if conditions or work practices change.
A confined space is defined as an enclosed, or partially enclosed space, that is not designed or intended for
continuous human occupancy, with a restricted means of entry or exit. It may become hazardous to a worker entering
it because of:
• An atmosphere that is or may be injurious because of oxygen deficiency or enrichment, flammability,
explosivity, or toxicity;
• A condition or changing set of circumstances within the space that presents a potential for injury or
illness; or
• The potential or inherent characteristics of an activity which can produce adverse or harmful
consequences within the space.
February 2019 CRSCP 2
For confined spaces, the Occupational Health and Safety Code requires employers to have a Confined Space Code
of Practice that provides a process for identifying all existing confined spaces in and around District facilities. The
Confined Space Code of Practice governs the practices and procedures for employees entering and working in
confined spaces and must be maintained and periodically reviewed.
A Confined Space Code of Practice must address the following:
• Hazard Assessment
• Worker Training
• Entry Permit System
• Safety Precautions
• Protection from Hazardous Substances, Energy, and Conditions
• Hot Work
• Unauthorized Entry
• Engine Exhaust Hazards
• Testing the Atmosphere
• Ventilation, Purging and Inerting
• Emergency Response
• Requiring a Tending Worker
• Retaining Records
The Occupational Health and Safety Act requires that the Confined Space Code of Practice be readily available to
employees at the worksite and that individuals who have to enter confined spaces receive appropriate training.
Confined and Restricted Space Entry and Work Requirements
Hazard Assessment
The Occupational Health and Safety Code (Part 2) requires employers to assess a work site and identify existing or
potential hazards before work begins. A hazard assessment must be thorough and comprehensive and must ensure
that the hazards have not been missed or their importance underestimated. The employer must prepare a written
hazard assessment that provides the results of the assessment and specify methods that will be used to eliminate or
control the hazards. When practical, the workers shall be involved in this process.
Hazards shall be eliminated whenever it is reasonably practicable. If they cannot be eliminated, then engineering
controls, administrative controls, or personal protective equipment must be used to control the hazards identified.
Engineering controls include such things as the use of mechanical ventilation, installing a temporary work platform,
substitution of a less toxic substance and installation of guardrails.
February 2019 CRSCP 3
Administrative controls include such things as establishing practices and procedures, entry permits and worker
training.
Personal Protective Equipment includes the use of such things as respiratory protection, safety glasses and hearing
protection.
Hazard assessments of confined and restricted spaces should be periodically reviewed to ensure that the working
conditions have not changed to create additional hazards. Workers must also realize that the nature of the work to
be conducted in the confined or restricted space may introduce additional hazards. When this occurs, a hazard
assessment must be completed to address these issues and establish appropriate controls. This can be completed
using a Task Hazard Analysis Form (see Forms at the end of this section).
Worker Training
All District employees who are required to work within a confined or restricted space must receive training on the
District’s Confined Space Code of Practice and specific practices and procedures related to confined and restricted
spaces in each facility (see Attachment III: Training Requirements). Employees must be able to demonstrate a
satisfactory level of understanding of these requirements prior to entering and working in confined and restricted
spaces.
Contractors shall have their own “confined space code of practice” and have developed safe work practices and
procedures for their employees when performing work in a confined or restricted space. As part of the contract
process contractors shall provide copies of their confined space code of practice and employee safe work practices
and procedures for working in confined or restricted spaces. They must also be familiar with the District’s Confined
Space Code of Practice and applicable Health and Safety legislation. If there is variance between contractor and
District expectations, the most stringent shall apply.
All confined and restricted space training records will be retained for as long as the employee is expected to perform
work within confined spaces. Training records for District employees will be maintained by the Human Resources
Department.
Entry Permit System
The District has developed a confined space entry permit system. An entry permit is a document that sets out the
work to be done and the precautions to be taken. Copies of the District’s Confined Space Entry Permits can be
found in this section under Forms. Level I Permits are site specific, while Level II Permits are provided to
individuals who work in multiple District facilities and have received advanced levels of training.
Please note that restricted spaces do not require an entry permit since they are not deemed to have any
additional hazards besides restricted entry and access. If the restricted space becomes hazardous in any way,
then the workers must follow all procedures and practices for working in a confined space.
Entry permits to perform inspections or minor maintenance are issued on a yearly basis for caretaking and
maintenance staff that must enter confined and restricted spaces as part of their regular work routine. Caretaking
Supervisors will issue the permits to caretaking staff, while a Supervisor from the Maintenance Department will
issue the permits to maintenance staff. Caretaking and maintenance staff do not normally perform tasks in a confined
February 2019 CRSCP 4
or restricted space that would introduce additional hazards to the area. If they are going to perform any work in a
confined or restricted space which could create additional hazards (e.g., soldering, welding), they must first obtain
authorization from their immediate supervisor. The supervisor will determine if a new hazard assessment needs to
be completed and a new entry permit issued.
Contractors working in District facilities are responsible for issuing entry permits to their employees who are
required to perform work in confined spaces. The contractor must maintain a record of these permits for a minimum
of three years and is required to produce them for inspection by District contract managers or when a District audit
occurs.
An integral part of the permit issuing process is to ensure the worker is familiar with the hazard analysis that has
been completed for the relevant confined or restricted space. The District has completed a hazard analysis for all
confined and restricted spaces in light of the work normally performed in these areas by District staff. Following is
a list of the types of confined and restricted spaces found in District facilities and the type of work typically
performed in these areas by caretaking, maintenance, and contract staff:
Restricted Spaces:
• Service Tunnels - for inspections and repairs.
• Air Handling Units - for inspections, repairs or to replace filters.
• Cubbyholes - to service or repair pumps or access equipment.
• Spaces Above Fixed Ceilings - to access pipes, ducts, or wiring.
• Storage Areas Under Stages - to store or remove furniture or equipment.
• Cooling Towers - for inspections, servicing, or repairs.
Please note that the above-noted restricted spaces can become confined spaces if conditions or work practices
change.
Confined Spaces:
• Sump Pits - to clean out debris or repair motors.
• Catch Basins - to clean out debris.
Safety Precautions
Worker safety is of paramount importance to the District. Only those workers who have received a valid permit are
allowed to enter confined spaces. Before entering a specific confined or restricted space the worker must ensure
that all of the controls outlined in the Task Hazard Analysis for that confined or restricted space are addressed. Such
things as the use of appropriate personal protective equipment, a communication process (the presence of a tending
worker or the informing of administrative staff or the use of the man-down lanyard) or a lockout/tagout system are
essential to the safety of the worker. A worker should never enter a confined or restricted space if there is a hazard
present that is not identified on the Task Hazard Analysis or entry permit. Under these circumstances a new Task
Hazard Analysis must be completed and a new entry permit obtained.
If the type of work to be performed in the confined or restricted space introduces additional hazards, extra
precautions must be taken. The worker must obtain an amended entry permit which identifies any new hazards and
also identifies the controls needed to address the new hazards.
February 2019 CRSCP 5
Protection from Hazardous Substances, Energy, and Conditions
The worker must be protected from hazardous substances, uncontrolled energy sources and hazardous conditions.
The Task Hazard Analysis identifies the controls that need to be implemented to address these hazards. Examples
of appropriate controls include such things as blanking or blinding, double blocking, and bleeding, locking out
sources of energy, de-energizing equipment and immobilizing or disconnecting all mechanical linkages.
Blanking involves inserting a physical barrier through the cross-section of pipe so that materials are prevented from
blowing past that point.
Blinding involves disconnecting a pipe and attaching a physical barrier to the end, so that materials are prevented
from flowing out the pipe.
Double blocking and bleeding involves the use of a three-valve system where a pipe has two closed valves and an
open drain valve positioned between them. This prevents the material from flowing and re-directs it in case of a
valve leak. The valves of a double block and bleed system need to be locked to ensure an acceptable level of safety.
Energized or pressurized equipment may move unexpectedly. Individuals working on or around energized
equipment may be required to lockout and tagout the equipment. Refer to the Lockout/Tagout Procedure in the Safe
Work Practices section of the Health and Safety Manual.
Excessive noise may be produced based on the activities occurring within the confined or restricted space.
Appropriate hearing protection should be worn if this is the case.
Objects from outside of the confined or restricted space may fall into the work area and injure the worker. If there
is a potential of material falling into the confined or restricted space, controls must be implemented to prevent this
from happening. This may include moving the material, installing guard rails, or any other means suitable to protect
the worker.
Extreme temperatures may be hazardous to the worker. Based on the District’s assessment, it is likely that the only
task that may be susceptible to elevated temperatures would be removing insulation from live steam lines. Workers
performing this task should be alert for signs of heat stress. Appropriate clothing should be worn when working in
extremely cold environments.
Slippery walking surfaces may be present in a confined or restricted space if water or other liquids are present.
Workers need to be made aware of this danger in the Task Hazard Analysis and should work with caution in these
areas.
Confined and restricted spaces may be difficult to enter or exit. In some cases, a ladder may be required to enter
and exit the confined or restricted space. In an emergency, workers may not be able to exit quickly. Workers need
to be made aware of this problem.
Some confined and restricted spaces may be dark and additional lighting may be required to perform certain tasks.
Hot Work
Hot work refers to work where a flame, spark or other source of ignition may be produced during:
• Cutting, welding, burning, air gouging, riveting, drilling, grinding, or chipping.
February 2019 CRSCP 6
• Using electrical equipment not classified for use in a hazardous location.
• The introduction of a combustion engine to a work process.
Hot work cannot be performed if one of the following conditions exists:
• A flammable substance is, or may be, in the atmosphere of the work area.
• A flammable substance is, or may be, stored, handled, or used in the location.
• The hot work is on, or in, an item of equipment that contains a flammable substance or its residue.
• The hot work is on a vessel that contains residue that may release a flammable gas or vapor when exposed to
heat.
If cutting, welding, burning, air gouging, riveting, drilling, grinding, or chipping is to occur in a confined or
restricted space, specific Safe Work Procedures must be prepared and controls implemented to ensure compliance
with Section 169 (Hot Work) of the Occupational Health and Safety Code. Under no circumstances should hot work
occur in a confined or restricted space until procedures are implemented to ensure that the hot work is completed
safely.
Unauthorized Entry
Only those individuals who have received an entry permit and have reviewed the relevant Task Hazard Analysis
are allowed to enter confined and restricted spaces in District facilities. No one else should be allowed to enter these
areas.
All confined spaces in District facilities are identified and clearly signed as shown below.
February 2019 CRSCP 7
All restricted spaces in District facilities are identified and clearly signed as shown below.
Engine Exhaust Hazards
Workers within a confined or restricted space must be protected from the hazard created by engine exhaust (e.g.,
idling vehicles, generators). The exhaust from an idling engine can enter a confined or restricted space and
compromise the atmosphere. As part of the preliminary inspection of a confined or restricted space, the worker must
ensure there is no danger of engine exhaust entering the work area.
Testing the Atmosphere
Potential atmospheric hazards are identified through the task hazard analysis process or on the entry permit, taking
into consideration the work activity to be performed. Atmospheric testing in a confined or restricted space should
be conducted when the worker has reasonable concerns about the air quality of the area. When this occurs, the
worker should not enter the confined or restricted space until given clearance by their supervisor or until testing is
completed by a competent person. A competent person will have equipment capable of identifying and monitoring
the potential atmospheric hazards and understand the manufacturer’s specifications for the safe use, handling, and
care of the monitor, as well as the limitations of the testing equipment.
Continual testing is required when the type of work being performed in the confined space may compromise
the air quality (e.g., hot work).
Common atmospheric hazards in confined spaces include:
• Oxygen deficiency due to chemical (rusting of steel) or biological (microbiological growth) reactions that
consume oxygen.
• Oxygen enrichment due to certain welding tasks.
• Flammable atmospheres due to the presence of acetylene, propane, or methane.
• Toxic atmospheres due to the production of carbon monoxide or other vapours or dusts generated during the
work activities.
• The following limits, as measured by the testing equipment, shall be used to determine when it is safe to work
in a confined space:
• Oxygen content less than 20% or greater than 23%.
RESTRICTED SPACE
AUTHORIZED
PERSONNEL ONLY
February 2019 CRSCP 8
• Greater than 5% of the Lower Explosive Limit (LEL).
• Greater than 50% of the 8-hour Occupational Exposure Limit (OEL) for the substance present.
Work in a confined or restricted space must not commence or continue until testing indicates an acceptable
atmosphere or until controls are implemented which protect the worker from exposure to the hazardous atmosphere
(e.g., respirator). All test results must be recorded on an Atmospheric Testing Record Form which should be
attached to the current entry permit.
Ventilation, Purging and Inerting
Ventilating means the use of mechanical ventilation to force outside air into the confined space while workers are
working. The amount of ventilation required will be based on the volume of the confined space and the generation
rate of the hazardous substance. The volume of the confined space is determined by the formula:
volume (m3) = length (m) x width (m) x height (m).
Since it will be difficult to determine the generation rate of the hazardous substance, a minimum of four air changes
per hour of outside air must be introduced throughout the confined space. Care should be taken to ensure that all
areas of the confined space are ventilated and that no dead spots remain. If 50% of the 8-hour OEL is still exceeded,
then additional ventilation may be required. If additional ventilation is not practical then appropriate personal
protective equipment will be required. Work procedures should also be reviewed and revised and an additional Task
Hazard Analysis completed to reflect the change in work procedures.
Purging means the introduction of a substance such as steam or water into a confined space to displace or flush out
contaminants prior to entering the space.
Inerting refers to the introduction of an inert (unreactive) gas, such as nitrogen, into a confined space to completely
displace oxygen. If entering an inerted confined space, special safety precautions are required (e.g., self-
contained breathing apparatus). Inerting is used in vessels that previously contained flammable materials. By
introducing an inert gas, like nitrogen, into the vessel the oxygen is displaced and a flammable mixture cannot be
created. For a flammable mixture to burn or explode a source of oxygen and a source of ignition are required.
Emergency Response
In the event of an emergency situation involving an employee working in a confined or restricted space, the
emergency response protocol is to call 911. The individual calling for 911 emergency services should specify that
the emergency is related to a worker in a confined or restricted space. Ensure that someone is available outside of
the facility to meet the emergency responders to direct them to the exact location of the injured worker.
Contractors are expected, as a minimum, to meet Alberta Workplace Health and Safety and/or District requirements
regarding the establishment of emergency procedures for their employees. This shall include details regarding the
use of appropriate safety/rescue equipment for the work being performed.
See Attachment IV Emergency Response Guide for further detail.
February 2019 CRSCP 9
Requiring a Tending Worker
Based on a review of the normal type of work activities (inspection and minor maintenance) performed by District
employees (caretaking and maintenance staff) in confined and restricted spaces, a tending worker is not usually
required. However, prior to entering confined and restricted spaces that are isolated from regular staff traffic
patterns, an employee should inform administrative staff of:
• The location of the confined or restricted space that they are about to enter.
• The duration of time they expect to spend in the confined or restricted space.
If the employee has not returned in the specific time, administrative staff can initiate a search for the individual.
They should not enter the confined or restricted space while conducting this search. If an injury has occurred
emergency services may need to be called.
If an employee has concerns regarding the atmospheric quality of a confined or restricted space, he/she should not
enter the area and should inform their supervisor of the concern. The supervisor will determine if atmospheric
testing is required. The supervisor’s primary concern should be one of worker safety.
If atmospheric testing is conducted and it is found that one of the following conditions exist:
1. The oxygen content of the atmosphere inside the confined or restricted space is less than 20% by volume,
2. The oxygen content inside the confined or restricted space is greater than 23% by volume,
3. The concentration of a substance is greater than 5% of the Lower Explosive Limit, or
4. The concentration of a substance is greater than 50% of the 8-hour Occupational Exposure Limit.
Then the supervisor will arrange for a contractor to address the situation. Contractor employees who are required
to enter a confined space under these conditions are required to wear appropriate personal protective equipment and
will require the presence of a tending worker (safety-watch). A tending worker is also required when a hazard is
identified during the hazard assessment process where the hazard cannot be effectively eliminated or controlled.
The tending worker is responsible to:
• Ensure that the Entry Permit and Task Hazard Analysis have been completed.
• Know the potential hazards of the confined space.
• Document the time of entry and exit for all worker(s) in the confined space.
• Ensure unauthorized personnel stay clear of the area and do not enter the confined space.
• Remain in communication with the worker(s) in the confined space.
• Order the evacuation of the confined space if there is a concern of an unsafe condition.
• Stay in the area of the confined space until all workers, who are able to, have left the confined space.
• Refrain from entering the confined space under any circumstances.
• Summon 911 assistance in serious situations (e.g., injury accident, loss of communication).
• Remain available to direct emergency services to the accident scene.
For a restricted space, a tending worker is not required; however, a competent worker must be in communication
with the worker in the restricted space.
Contractor employees who are required to work in District confined and/or restricted spaces should have a tending
worker present as required by Section 56 of Occupational Health and Safety Code. This is especially critical when
February 2019 CRSCP 10
the type of work being performed introduces additional hazards to the area or when the work is being performed
during times when District employees are not normally in the facility.
Retaining of Records
The Contractor will retain records of their employees’ entry permits, atmospheric testing data and other applicable
information related to confined and restricted space entry, and immediately submit these records to the Construction
Department and the Maintenance Department upon request or audit. All records will be retained for a minimum of
three years.
Confined Space Entry Summary
A summary of many of the requirements outlined in the preceding sections is provided in Attachment V: Confined
Space Entry Summary.
Identifying Confined and Restricted Spaces
Confined and restricted spaces at each worksite shall:
• Be identified and recorded on a floor plan of the facility and kept in the Occupational Health and Safety
Document Binder at each site.
• Be clearly identified with appropriate signage.
A floor plan of each District facility, identifying confined and restricted spaces, shall be kept by the Health and
Safety Department.
A Confined Space Assessment Checklist is used to identify District confined spaces (see Attachment I). The
checklist is based on the definition and explanation guidelines provided by Alberta Workplace Health and Safety.
The District periodically makes changes to existing facilities and constructs new facilities. When this occurs the
Construction Department and Maintenance Department shall:
• Identify any new confined and restricted spaces that have been created.
• Ensure that relevant staff are informed.
• Ensure that copies of facility floor plans are adjusted to reflect these changes.
• Ensure that updated copies of the floor plans are provided to the Principal or non-school-based department
head as well as all confined space manual holders.
If a District employee evaluates an area with this checklist and perceives the area to be a confined or restricted
space, this should be brought to the attention of the Principal or non-school based department head and, in turn, to
the Construction Department and Maintenance Department through the submission of a Hazard Report Form using
EARS.
Types of Confined Spaces
Although confined spaces come in many shapes and sizes, most can be classified in one of two ways:
February 2019 CRSCP 11
1. Spaces that are open-topped and have depth such as pits and catch basins.
2. Spaces with narrow openings such as tunnels, crawl spaces, utility vaults and cubbyholes.
Some confined spaces are inherently dangerous, while others become dangerous as a result of the work that is
performed inside. Examples of confined spaces that are inherently dangerous are:
• Manholes in contaminated ground (e.g., near leaking underground gasoline storage tanks).
• Manholes, pits, or trenches connected to sewers, in which there can be a buildup of flammable and/or poisonous
gases and/or insufficient oxygen in the air.
• Tanks or pits containing sludge and other residues which, if disturbed, may partially fill the confined spaces
with gases.
• Confined spaces that contain rotting vegetation, rusting metal work, and similar natural oxidation processes that
may create an oxygen-deficient atmosphere.
Some examples of the work performed that may make a confined space dangerous are:
• Some painting work or application of certain adhesives and liquids such as paint thinners. These can produce
dangerous amounts of solvent vapour, which can cause dizziness and impair judgment. Such solvents are often
flammable which may produce a risk of fire and/or explosion.
• Welding activities may generate toxic gases or vapours.
• The use of gasoline or diesel engines may lead to a buildup of carbon monoxide gas.
Confined and Restricted Spaces in the District and Associated Hazards
The District has very few confined and restricted spaces that are inherently dangerous. Based on the assessment
process the following areas are considered to be confined and restricted spaces in District facilities:
Restricted Spaces:
▪ Service Tunnels
▪ Air Handling Units
▪ Cubbyholes
▪ Spaces above Fixed Ceilings
▪ Cooling Towers
▪ Storage Areas Under Stages
Confined Spaces:
• Sump Pits
• Catch Basins
Attachment II displays photographs of a variety of confined and restricted spaces observed during the assessment
of District facilities.
February 2019 CRSCP 12
Service Tunnels
The service tunnels in District facilities are primarily designed for mechanical services such as steam, water, and
electrical lines. Lighting is provided in some of these tunnels. Some tunnels have a restricted means of access and
may require the use of a ladder. Some tunnels may have piping or equipment obstructing the entrance.
Service tunnels are restricted spaces not designed for continuous human occupancy. They often have a restricted
means of entry or exit which could compromise the provision of first aid, evacuation, or rescue. District employees
are required to enter these areas for inspection and minor maintenance purposes from time to time.
The risk of a hazardous atmosphere in tunnels is minimal unless created by the nature of the work activity. However,
a worker may become injured in the tunnel due to slips, trips, falls, or impact injuries. Depending on the age of the
school, some tunnels may have insulation containing asbestos present on mechanical fittings or cement pipes which
contain asbestos. There is also a potential for rodent nests in these areas which could produce various bio-hazardous
concerns such as hantavirus. Some tunnels are quite long and many of them have numerous turns preventing a
tending worker (if required) from maintaining visual contact. Review Task Hazard Analysis for Service Tunnels
(See Section on Safe Work Practices).
Air Handling Units
An air handling unit is primarily designed for the distribution of fresh air to all occupied spaces in a facility. District
employees are required to enter these spaces routinely for inspection purposes and to change filters. If other
maintenance or repairs are required then a contractor could be used to perform the work.
Air handling units are restricted spaces not designed for continuous human occupancy. They often have a restricted
means of entry or exit which could compromise the provision of first aid, evacuation, or rescue.
The risk of a dangerous atmosphere is minimal, unless created by the nature of the work activity. However, a worker
may become injured in the air handling unit due to energized equipment, slips, trips, falls, or impact injuries.
Depending on where the work is being performed, the air handling unit may accidentally energize and seriously
injure the worker. It is essential that a Lockout/Tagout system be used when performing these tasks. Review Task
Hazard Analysis for working on Air Handling Units (See Section on Safe Work Practices).
Cubbyholes
Cubbyholes are enclosed areas. District employees typically enter these areas to store or retrieve materials or
equipment. Some of these areas may contain mechanical equipment and if maintenance or repairs are required then
a contractor would be used to perform the work.
The cubbyholes under stairs are restricted spaces not designed for continuous human occupancy. They often have
a restricted means of entry or exit which could compromise the provision of first aid, evacuation, or rescue.
The risk of a dangerous atmosphere in cubbyholes is minimal unless created by the nature of the work activity.
However, a worker may become injured in the cubbyhole due to slips, trips, falls or impact injuries. Review Task
Hazard Analysis for Cubbyholes (See Section on Safe Work Practices).
February 2019 CRSCP 13
Spaces Above Fixed Ceilings
The spaces above ceilings are primarily designed for electrical and mechanical equipment and return air plenums.
District employees do not normally enter these areas, but may look into these areas to perform a visual inspection.
The ceiling spaces above hard ceilings are restricted spaces not designed for continuous human occupancy. They
often have a restricted means of entry or exit which could compromise the provision of first aid, evacuation, or
rescue.
The risk of a dangerous atmosphere is minimal unless created by the nature of the work activity. Depending on
the age of the facility, some spaces may have asbestos-containing materials such as insulation on mechanical
fittings, cement pipes, sprayed-on insulation, or stippled coatings. There is also a potential for rodent nests in
these areas which could produce bio-hazardous concerns such as hantavirus. A worker may also become injured
due to trips, falls, or impact injuries. Review Task Hazard Analysis for Spaces Above Fixed Ceilings (See Section
on Safe Work Practices).
Storage Areas Under Stages
Under stage areas are typically used to store chairs and gym equipment on movable carts. District employees do
not normally enter these areas since the equipment is typically on rolling carts that can be reached from outside of
the area. However, District employees may be required to enter these areas if the carts become jammed, when
equipment falls from a cart, or when lights need bulbs changed. Contractors may enter these areas to test fire
alarm systems or heating systems.
The storage areas under stages are restricted spaces not designed for continuous human occupancy. They often
have a restricted means of entry or exit which could compromise the provision of first aid, evacuation, or rescue.
The risk of a dangerous atmosphere is minimal since there are typically no natural gas lines or hazardous
materials in the area. However, a worker may become injured due to trips, falls, or impact injuries. Review Task
Hazard Analysis for Storage Areas Under Stages (See Section on Safe Work Practices).
Cooling Towers
The cooling towers in District facilities are mechanical systems primarily designed for cooling the temperature in
the facility. District employees are required to enter these areas routinely for inspection purposes. If maintenance
or repairs are required then a contractor could be used to perform the work.
Cooling towers are restricted spaces not designed for continuous human occupancy. They often have a restricted
means of entry or exit which could compromise the provision of first aid, evacuation, or rescue.
The risk of a dangerous atmosphere is minimal unless created by the nature of the work activity. However, a
worker may become injured in the cooling tower due to energized equipment, slips, trips, falls or impact injuries.
Depending on where the work is being performed, the cooling tower may accidentally energize and seriously
injure the worker. It is essential that a Lockout/Tagout system be used when completing this task. Review Task
Hazard Analysis for Cooling Towers (See Section on Safe Work Practices).
February 2019 CRSCP 14
Sump Pits
Sump pits are drainage systems that are designed to collect excess water that may accumulate due to seepage or
drainage. These systems sometimes include pumps which are used to expel the excess water. District employees
typically do not enter these areas. If maintenance or repairs are required then a contractor would be used to
perform the work.
Sump pits are confined spaces not designed for continuous human occupancy. They often have a restricted means
of entry or exit which could compromise the provision of first aid, evacuation, or rescue.
There may be a risk of a dangerous atmosphere in a sump pit due to:
• The drainage and collection of other fluids such as gasoline, oil, solvents etc.
• Stagnant water with biological growth.
• Gases or vehicle exhaust that may collect as the sump pit is below grade.
Review Task Hazard Analysis for Sump Pits (See Section on Safe Work Practices).
Catch Basins
Catch basins are collection areas at the entrance to a sewer designed to keep out large or obstructive matter.
District employees may have to reach into these areas to remove debris which is obstructing the drainage.
Catch basins are confined spaces not designed for continuous human occupancy. They often have a restricted
means of entry or exit which could compromise the provision of first aid, evacuation, or rescue.
There may be a risk of a dangerous atmosphere in a catch basin due to the collection of:
• Organic matter that may rot or decompose.
• Other fluids that may have spilled such as oils, antifreeze, paints, solvent, etc.
• Gases or vehicle exhaust that may collect as the catch basin is below grade.
Review Task Hazard Analysis for Catch Basins (See Section on Safe Work Practices).
Areas Not Considered to be Confined or Restricted Spaces in District Facilities
The following spaces are not considered to be confined or restricted spaces as they are designed to accommodate
regular work activity:
• Gas Meter Rooms • Boiler Rooms
• Photography Labs
• Chemical Storage Rooms
• General Storage Rooms
• Clay Traps
• Grease Traps
• Paint Finishing Rooms
February 2019 CRSCP 15
Attachment I: Confined Space Assessment Checklist
Facility: _______________________________ Date: _________________________
Location in Facility: ______________________ Originator: _____________________
Criteria for Identifying a Confined Space:
1. The area is enclosed or partially enclosed (e.g., service tunnel, Yes/No
air handling unit, cubbyhole, space above fixed ceiling,
storage area under stage, cooling tower, sump pit, catch basin).
Describe: ___________________________________________________________________
____________________________________________________________________________
2. Area is not designed or intended for continuous human occupancy. Yes/No
The area is only entered for such activities as cleaning, inspection,
maintenance, repair, or construction activities.
3. The area has a restricted means of entry or access (e.g., access by ladders, Yes/No
stairways, sloped walkway, narrow entrance, bulkheads, collapsed materials).
Describe: ___________________________________________________________________
4. The area is hazardous to the worker due to:
• Location (e.g., below grade, restricted height, isolated) Yes/No
• Compromised emergency response service Yes/No
• Materials or substances present (e.g., stored items, low level pipes) Yes/No
Describe: ___________________________________________________________________
February 2019 CRSCP 16
Attachment I: Confined Space Assessment Checklist continued…
• Hazardous atmosphere (e.g., poor natural ventilation, oxidation) Yes/No
Describe: ___________________________________________________________________
• Hazardous atmosphere due to work activities (e.g., hot work, Yes/No
paint supplies)
Describe: ___________________________________________________________________
• Construction of the area (e.g., unstable soil or materials, depth) Yes/No
Additional information: _________________________________________________________
_____________________________________________________________________________
_____________________________________________________________________________
_____________________________________________________________________________
If there was a positive (yes) response in each of the four sections above, the area would be considered a
confined space. The principal or non-school based department head should be notified and they in turn
should notify the Construction and Maintenance Department through the submission of a Hazard Report
Form using EARS (IVOS).
February 2019 CRSCP 17
Attachment II: Sample Photographs of Confined and Restricted
Spaces
Photograph 1: Access to tunnel where a ladder is required – Restricted Space
Photograph 2: Floor access to a tunnel – Restricted Space
February 2019 CRSCP 18
Photograph 3: Access panel to air handling unit – Restricted Space
February 2019 CRSCP 19
Photograph 4: Inside of an air handling unit where the filters are changed – Restricted Space
Photograph 5: Cubby hole – Restricted Space
February 2019 CRSCP 20
Photograph 6: Cubby hole – Restricted Space
Photograph 7: Space above fixed ceiling – Restricted Space
February 2019 CRSCP 21
Photograph 8: Storage under stage – Restricted Space
Photograph 9: Sump pit – Confined Space
February 2019 CRSCP 22
Photograph 10: Catch basin – Confined Space
February 2019 CRSCP 23
Attachment III: Training Requirements
All individuals involved with working in a confined space area must receive training related to their roles and
responsibilities.
Employees
All District employees involved with working in a confined space must receive training with respect to the District’s
Confined Space Code of Practice and applicable Health and Safety Legislation. The following areas shall be
addressed in this training:
• Confined space definition.
• Types of confined spaces in the District.
• Hazards within confined spaces.
• District’s Task Hazard Analysis for confined spaces.
• Entry Permit System.
• Atmospheric testing equipment.
• Worker role and responsibilities.
• Required record keeping.
• Man-down System.
• Emergency response.
Supervisors
District employees who supervise contractors or issue entry permits must receive additional training with respect
to their specific role and responsibilities. The following areas shall be addressed in this training:
• Entry Permit Issuing.
• Ensuring contractors have appropriate confined space procedures in place.
• Confined space hazard assessment process (identifying and controlling hazards).
Contractors
The District has an obligation to ensure that contractors who perform work in confined spaces meet or exceed
applicable Health and Safety Legislation requirements. This requires that they have developed a written Confined
Space Code of Practice that addresses the following areas:
• Hazard Assessment
• Worker Training
• Entry Permit System
• Safety Precautions
• Protection from Hazardous Substances, Energy, and Conditions
• Hot Work
• Unauthorized Entry
February 2019 CRSCP 24
• Engine Exhaust Hazards
• Testing the Atmosphere
• Ventilation, Purging and Inerting
• Emergency Response
• Requiring a Tending Worker
• Entry and Exit Documentation
• Retaining Records
• Depending upon the nature of the work being performed, contractors shall be required to provide other
documentation, such as:
• Respiratory Protection Code of Practice
• Hearing Protection Code of Practice
• Personal Protective Equipment Code of Practice
February 2019 CRSCP 25
Attachment IV: Emergency Response Guide
The District has established a protocol for responding to an emergency that involves the rescue or evacuation of a
worker from a confined space. This protocol will be reviewed with all District employees. The District protocol for
emergency situations where an employee working in a confined space is injured is as follows:
• Call 911 for Emergency Service response.
• Specify that the emergency is related to a worker injured in a confined space.
• Remain available to direct the Emergency Service responders to the exact location of the injured worker.
• Other employees should not enter the confined space to attempt rescue.
• Complete an Accident Report and First Aid Record Form and submit it through EARS (IVOS).
Contractors working in District facilities are required to have developed their own emergency response protocol in
relationship to confined spaces. This protocol must meet Alberta Occupational Health and Safety requirements and
address the following areas:
• Identification of potential emergencies based on hazards assessed.
• Specific responses to identified potential emergencies.
• Location of emergency equipment (fire extinguishers, first aid, etc.).
• List of workers trained in protocol and use of emergency equipment.
• Location and access to emergency facilities (fire station, ambulance, hospital, etc.).
• Alarm and emergency communication requirements.
• Procedures for rescue and evacuation.
• Designated rescue and evacuation workers.
February 2019 CRSCP 26
Attachment V: Confined/Restricted Space Entry Summary Supervisor’s Responsibilities
1. Ensure that employees who are required to work in confined spaces are appropriately trained.
2. Issue Entry Permits to employees required to work in confined spaces and maintain a record of entry permit
holders.
3. Ensure that appropriate personal protective equipment and safety equipment is available for workers entering
confined spaces.
4. Ensure that the District’s Code of Practice for Confined Spaces is followed by those entering confined spaces.
5. Respond to concerns expressed by employees regarding atmospheric conditions in a confined space. This may
or may not involve atmospheric testing.
Worker’s Responsibilities
Pre-Entry Planning
1. Review the Entry Permit.
2. Review the type of work and required tasks.
3. Identify the tools and equipment required for the task prior to entering the confined space. Ensure all
tools and equipment are operating according to manufacturer’s specifications.
4. Review the existing Task Hazard Analysis for the confined space and understand the potential
hazards.
5. Complete a new Task Hazard Analysis if a new hazard will be introduced due to the work being
performed.
6. Identify and acquire appropriate personal protective equipment.
7. Collect and obtain all Material Safety Data Sheets (SDS) for products that are going to be used within
the confined space.
8. Review established communication procedures.
9. Review emergency response procedures.
10. Ensure a properly trained tending worker is available at the entrance if required by the conditions and
the type of work identified in the Confined Space Code of Practice.
Entry and Work
1. Ensure that appropriate controls are implemented (e.g., inform proper authority of entry, wear
appropriate personal protective equipment, use man-down system, etc.).
2. Leave the confined space if conditions change or if symptoms of overexposure to atmospheric
hazards are experienced.
3. Complete a new Task Hazard Analysis if a new hazard(s) is identified.
Tending Worker Responsibilities
Contractor employees required to enter confined spaces may require a tending worker depending on conditions.
1. Ensure that the Entry Permit and Task Hazard Analysis have been completed.
2. Know the potential hazards of the confined space.
3. Document the time of entry and exit for all worker(s) in the confined space.
4. Ensure unauthorized personnel stay clear of the area and do not enter the confined space.
5. Remain in communication with the worker(s) in the confined space.
February 2019 CRSCP 27
6. Order the evacuation of the confined space if there is a concern of an unsafe condition.
7. Stay in the area of the confined space until all workers, who are able to, have left the confined space.
8. Refrain from entering the confined space under any circumstances.
9. Summon 911 assistance in serious situations (e.g., accident injury, loss of communication).
10. Remain available to direct emergency services to the accident scene.
Summoning Emergency Assistance
All staff should be aware of the protocol for summoning emergency assistance in situations involving confined
spaces.
1. Call 911 for Emergency Service response.
2. Specify that the emergency is related to a worker injured in a confined space.
3. Remain available to direct the Emergency Service responders to the exact location of the injured worker.
4. Other employees should not enter the confined space to attempt rescue.
5. Complete an Accident Report and First Aid Record Form and submit it through EARS (IVOS).
February 2019 CRSCP 28
Forms
Confined Space Entry Permit (Level I)
Name: __________________________________ School or Facility: ____________________
Duration of Permit Start Date: ________________ Finish Date: _________________________ day/month/year day/month/year
Permit No.: _______________________________ Permit Issuer: ________________________
This entry permit is specific to the individual and facility identified above. Entry is authorized only for inspection
purposes or to perform minor maintenance. By definition, minor maintenance activities do not introduce additional
hazards to the confined space. Confined spaces in the facility are identified on the floor plan map provided to the
school by the District (on file in the Occupational Health and Safety Document Binder).
Type of Confined Space Safety Precautions/Equipment Required
(See list below)
1. Sump Pit ____________________
2. Catch Basin ____________________
Relevant Task Hazard Analysis provided: Yes No
Safety Precautions/Personal Protective Equipment
A. Protective Gloves G. Fire Extinguisher
B. Safety Glasses H. Flashlight
C. Dust Mask I. Signs Posted
D. Hard Hat J. Lockout/Tagout Procedure
E. Hearing Protection K. Communications Process
F. Protective Footwear L. Man-down System
If permit holder has concerns regarding atmospheric conditions when entering a confined space, he/she
should consult with their supervisor for direction before entry.
Signature of Permit Holder: ______________________________________________
February 2019 CRSCP 29
Confined Space Entry Permit (Level II)
Name: _____________________________________ Valid for All District Facilities
Duration of Permit Start Date: ___________________ Finish Date: ____________________ day/month/year day/month/year
Permit No.: __________________________________ Permit Issuer: ____________________
Permit holders are required to have received advanced levels of District training related to confined space entry.
This entry permit allows the above-named individual to enter confined spaces identified below in any District
facility. Entry is authorized only for inspection purposes or to perform minor maintenance. By definition, minor
maintenance activities do not introduce additional hazards to the confined space. Confined spaces in the facility are
identified on the floor plan map provided to the school by the District (on file in the Occupational Health and Safety
Document Binder).
Type of Confined Space Safety Precautions/Equipment Required
(See list below)
1. Sump Pit ____________________________________
2. Catch Basin ____________________________________
Relevant Task Hazard Analysis provided: Yes No
Safety Precautions/Personal Protective Equipment
A. Protective Gloves G. Fire Extinguisher
B. Safety Glasses H. Flashlight
C. Dust Mask I. Signs Posted
D. Hard Hat J. Lockout/Tagout Procedure
E. Hearing Protection K. Communications Process
F. Protective Footwear L. Man-down System
If permit holder has concerns regarding atmospheric conditions when entering a confined space, he/she
should consult with their supervisor for direction before entry.
Signature of Permit Holder: ______________________________________________
February 2019 CRSCP 30
Atmospheric Testing Record Form
School or Facility: _____________________________ Date and Time: _________________
Type of Confined Space: _______________________________________________________
Location of Confined Space: ____________________________________________________
Reason for Testing: ___________________________________________________________
Person Conducting Testing: ____________________________________________________
Testing Instrument Used: ______________________________________________________
**Recommended action for retesting (if applicable), recorded retesting data below.
Date and Time: _______________________________________________________________
Person Conducting Testing: _____________________________________________________
Testing Instrument Used: _______________________________________________________
If the results of the testing are less than or exceed acceptable limits (see Code of Practice for Confined Spaces -
Testing the Atmosphere), then no District employee shall enter the area and a contractor should be brought in to
address the issue. If the initial results are borderline, retesting should occur before any entry is attempted by an
employee. If retesting results are still borderline or exceed acceptable limits, a contractor should be employed.
Substance Test Conducted Results Action
Oxygen Percentage Level
❑ Entry Okay
❑ Do Not Enter
❑ Retest Before Entry
Lower Explosive Limit (LEL)
❑ Entry Okay
❑ Do Not Enter
❑ Retest Before Entry
Occupational Exposure Limit (OEL)
❑ Entry Okay
❑ Do Not Enter
❑ Retest Before Entry
Substance Test Conducted Results Action
Oxygen Percentage Level
❑ Entry Okay
❑ Do Not Enter
❑ Retest Before Entry
Lower Explosive
Limit (LEL)
❑ Entry Okay
❑ Do Not Enter
❑ Retest Before Entry
Occupational Exposure Limit
(OEL)
❑ Entry Okay
❑ Do Not Enter
❑ Retest Before Entry
February 2019 CRSCP 31
Task Hazard Analysis
To be completed by principals or non-school-based department heads, or their appointed designates, with relevant
employees.
Assessment Team Member(s): ________________________________________Date: ____________________
Task
Hazard Specifics Possible Consequences
Physical
Chemical
Biological
Controls Do
Do Not
February 2019 RPECP 1
Code of Practice
Respiratory Protective Equipment Code of Practice
Respiratory Protective Equipment
The District is committed to the protection of the health and safety of its employees, students, visitors, and contractors,
including the potential health risks associated with exposure to airborne contaminants. Whenever possible, suitable
engineering or administrative control measures are used as the primary means of preventing exposure to harmful
chemicals, dust, or reduced oxygen in the air. When effective engineering and/or administrative controls are not
feasible, or while they are being instituted, appropriate respiratory protection must be used. Personal Protective
Equipment (PPE), including respiratory protection, is normally the last resort in minimizing the hazards of airborne
contaminants.
Regulations and Guidelines
In the province of Alberta, the Occupational Health and Safety Act, Regulation, and Code is enforced by Alberta
Human Resources and Employment – Workplace Health and Safety. This legislation establishes the rights and
obligations of employers, workers, and the government, outlines the general requirements for employers, outlines
administrative and policy issues and contains detailed technical requirements that support the Occupational Health
and Safety Act, Regulation, and Code.
Table 2 in Schedule 1 of the Alberta Occupational Health and Safety Code lists the eight-hour Occupational Exposure
Limit (OEL) for various airborne contaminants. The OEL is a concentration to which a worker could be exposed to
for eight hours a day, five days a week, without adverse health effects. If the work period is more than eight hours in
a 24-hour day, the eight-hour OEL must be reduced by multiplying the OEL limit by the following factors:
Factor Length of Work Period (in Hours)
0.7 More than 8, but not more than 10
0.5 More than 10, but not more than 12
0.25 More than 12, but not more than 16
0.1 More than 16
The Occupational Health and Safety Code (Part 18) requires the development, implementation, and maintenance of
a code of practice governing the selection, maintenance and use of the respiratory protective equipment when used
at a work site.
February 2019 RPECP 2
The District’s Respiratory Protective Equipment Code of Practice addresses the following areas:
• Hazard Assessment
• Types of Respiratory Protective Equipment
• Selection of Respiratory Protective Equipment
• Worker Training and Fit Testing
• Use, Care, and Maintenance of Respiratory Protective Equipment
• Worker Health Assessment
• Retaining Records
Hazard Assessment
The Occupational Health and Safety Code (Part 2) requires employers to assess a work site and identify existing or
potential hazards before work begins. A hazard assessment must be thorough and comprehensive and must ensure
that the hazards have not been missed or their importance underestimated. The employer must prepare a written
hazard assessment that provides the results of the assessment and specify methods that will be used to eliminate or
control the hazards. When practical, the workers shall be involved in this process.
Hazards shall be eliminated whenever it is reasonably practicable. If they cannot be eliminated, then engineering
controls, administrative controls, or Personal Protective Equipment must be used to control the hazards identified.
The hierarchy of controls will dictate the controls needed to minimize the hazard. Engineering controls are the
preferred control method to eliminate or minimize the risk of airborne hazards. PPE is normally the last resort in
minimizing the hazards of airborne contaminants.
Engineering controls include such things as using less hazardous substitutes, installation of local ventilation,
installation of dust collection systems, dust control additives and enclosures around work processes.
Administrative controls include such things as establishing practices and procedures, health assessments and worker
training.
Personal Protective Equipment includes the use of respiratory protection, safety glasses, coveralls, and hearing
protection.
Hazard assessments for work sites should be periodically reviewed to ensure that the working conditions have not
changed to create additional hazards. This can be completed using a Task Hazard Analysis Form.
Airborne Hazards
Respiratory hazards may include airborne contaminants such as dusts, mist, fumes and gases, or oxygen-deficient
atmospheres. Inhalation is generally viewed as the most significant route of entry for toxic materials in most
workplaces. The specific airborne hazards that workers are exposed to will vary and depend upon their occupation.
Airborne hazardous materials can be separated in four different classifications:
• Particulates/aerosols (solid particles, dusts, fibres, mists, droplets, fumes).
• Gases and/or vapours (gaseous contaminants, vapours) ;
• Oxygen-deficient atmospheres (containing less than 19.5% oxygen); and
• Combination (any combination of particulates, gases, and/or vapours, including oxygen deficient atmospheres).
February 2019 RPECP 3
Types of Respiratory Protection Equipment
In general, there are two main types of respiratory protection equipment: air-purifying and air-supplying. These two
main types can be further broken down into sub-types based on the assigned protection factor of the respirator and
the respirators’ limitations for protecting the worker against particular airborne hazards.
1. Air-Purifying Respirators
Air-purifying devices clean the contaminated atmosphere through filtration or absorption, depending on the airborne
contaminant of concern. This type of device is limited in its use to those environments where there is sufficient
oxygen and the contaminant’s airborne concentration level is within the maximum use concentration of the device
(i.e. protection factor). The useful life of an air-purifying device is limited by the concentration of the air
contaminants, the breathing rate of the wearer, temperature and humidity levels in the workplace, and the removal
capacity of the air-purifying medium. Air-purifying devices are equipped with filters, cartridges or canisters which
clean the breathed air of particulates, chemicals, or a combination of particulate and chemicals. The U.S. National
Institute for Occupational Safety and Health (NIOSH) has further classified air-purifying particulate filters as “N”
(not oil resistant), “R” (oil resistant), or “P” (oil proof). Additionally, filters can be obtained with filtering efficiencies
of 95%, 99% or 99.97%.
There are four sub-types of air-purifying respirators:
i. Dust masks are disposable half face particulate filter respirators. They are also known as a filtering face
piece respirator commonly used in health care and construction/renovation applications. Air is drawn through
the filter by negative pressure that is created inside the dust mask when the user inhales. This type of respirator
has an assigned CSA protection factor of 10, and is unacceptable for protection in work conditions that are
immediately dangerous to life and health (IDLH).
ii. Half-face Respirators fit under the chin to the bridge of the nose. Air is drawn through the cartridge or filter
by negative pressure that is created inside the respirator face piece when the user inhales. This type of
respirator has an assigned CSA protection factor of 10, and is unacceptable for protection in IDLH work
conditions. Additionally, the choice of filter is dependent on the identity of the airborne contaminant and, for
particulate respirators, the presence of oil.
iii. Full-face Respirators provide a protection factor of 100, and are generally a better fit than the half-face
respirator. Full face respirators fit over the entire face and offer eye protection. Air is drawn through the
cartridge or filter by negative pressure that is created inside the respirator face piece when the user inhales.
This type of respirator is unacceptable for protection in IDLH work conditions, and the choice of filter is
dependent on the identity of the airborne contaminant and, for particulate respirators, the presence of oil.
iv. Powered Air-Purifying Respirators (PAPR) utilize a battery-powered blower that draws the
contaminated air through the cartridge or filter. The air is then forced through a hose to the face piece that
may be tight-fitting, or a helmet or a hood that does not seal tightly against the face of the wearer. The
assigned CSA protection factor is dependent upon the type of face piece utilized. Please refer to the table
below for the assigned protection factors of each face piece.
February 2019 RPECP 4
Table 1: Assigned Protection Factors for PAPR Face pieces
TYPE OF FACEPIECE
ASSIGNED
PROTECTION FACTOR
Half-Face piece 50
Full-Face piece 1000
Helmet/Hood 1000
Loose-Fitting Face piece 25
2. Air-Supplying Respirators
Air-supplying types of respirators provide a respirable atmosphere to the wearer, independent of the ambient air. The
breathing source is supplied from an uncontaminated source through a hose connected to the wearer’s face piece or
head enclosure from a compressor or compressed air cylinders. These devices can be used in IDLH atmospheres.
There are two sub-types of air-supplying respirators:
i. Airline Respirators utilize a compressor to supply uncontaminated air to the wearer. When these types of
respirators are used, only positive-pressure equipped units with an escape air-supply bottle may be used in
IDLH situations. The assigned CSA protection factor is dependent upon type of face piece utilized. Please
refer to the table below for the assigned protection factors of each face piece. (Table 2).
Table 2: Assigned Protection Factors for Airline Face pieces
TYPE OF FACEPIECE
ASSIGNED
PROTECTION FACTOR
Demand Mode Half-
Facepiece
10
Demand Mode Full-
Facepiece
100
Positive Pressure Half-
Facepiece
50
Positive Pressure Full-
Facepiece
1000
Helmet/Hood 1000
Loose-Fitting Facepiece 25
February 2019 RPECP 5
ii. Self-contained Breathing Apparatus (SCBA) provides respiratory protection against gases, vapours,
particles, and an oxygen deficient atmosphere. The wearer is independent of the surrounding atmosphere
because the breathing gas is carried by the wearer, generally in compressed air cylinders. Only positive
pressure SCBA units with at least a 30-minute capacity and a low-capacity warning alarm may be used in
IDLH situations. The Demand Modes Full-Facepiece has an assigned protection factor of 100, while the
Pressure-demand (positive pressure) Facepiece has an assigned protection factor of 10,000.
Selection of Respiratory Protective Equipment
Respiratory selection is based upon a systematic review of the airborne contaminant hazard. Knowledge of standards,
regulatory criteria, and manufacturer’s information on the types of respirators and limitations must be reviewed to
ensure that appropriate accepted respirators are selected for the intended conditions of use. Please refer to the attached
flowchart (Figure 1) located at the end of this Code of Practice which provides a summary on the selection of
appropriate respiratory protection. All respiratory protective equipment must be NIOSH approved or by another
standard setting and equipment testing organization or combination of organizations acceptable to Alberta Human
Resources and Employment. The Canadian Standards Association (CSA) Standard Z94.4 is the standard for
comprehensive qualitative and quantitative fit testing. The following factors should be assessed for each time
equipment is being chosen:
• Identify the Airborne Contaminant(s) – The potential airborne contaminants must be known to ensure the
respirator selected is approved for protection against the specific contaminant(s). To select the appropriate
particulate filter, it is necessary to determine whether or not oil is present in the workplace where the respirator
will be used. If the respiratory hazard cannot be identified, the atmosphere must be considered IDLH.
• Determine the Concentration of the Airborne Contaminant(s) – Determine the worker exposure
concentration(s) of the average workday and the highest short-term concentration(s) of the contaminant by
measuring or estimating the airborne contaminant concentration(s). It is also important to determine if there is an
oxygen-deficient or enriched atmosphere. Measurement includes air sampling and analysis conducted in
accordance with accepted practices.
Once the airborne concentration of the contaminant(s) that the worker may be exposed to is known, a hazard ratio
can be calculated:
Hazard Ratio (HHR) = Airborne Concentration/OEL
A respirator should never be used in an environment where the hazard ratio is greater than its assigned protection
factor. If there is more than one contaminant, use the highest hazard ratio of the individual components present when
selecting a respirator. Please refer to the below table for the minimum level of respirator needed for different levels
of hazard ratios.
February 2019 RPECP 6
Table 3: Minimum Level of Respirator Based on Hazard Ratios
HHR
Minimum Level of Respirator Needed
Air Purifying Air Supplying
≤ 10 Half Face piece Demand Half Face piece
≤ 25 Loose-fitting Face piece PAPR Loose-fitting Face piece
≤ 50 Half Face piece PAPR Positive Pressure Half Face piece
≤ 100 Full Face piece Positive Pressure Full Face piece
or Demand SCBA
≤ 1,000 Full Face piece PAPR Positive Pressure Full Face piece
≤ 10,000 May not be used Positive Pressure SCBA or
Positive Pressure Air Supply
Respiratory with Auxiliary Air
Supply
OEL's for chemical substances are available in Schedule 1, Table 2 of the Alberta Occupational Health, and Safety
Code.
• Consider the Length of Time the Respirator Will be Needed – Certain types of respirators are effective for use
over longer periods of time. When a respirator must be used for extended periods of time, it can become
uncomfortable.
• Warning Properties – The published warning properties of each contaminant, if existing, must be identified and
are usually found on the product’s Material Safety Data Sheet (SDS). Workers need to know the concentration
at which most people can detect the substance by smell, or by nose or throat irritation. When a worker detects the
contaminant this way, it indicates the respirator fits poorly, has developed a leak, or has exhausted its cartridges
or canister. For gases or vapours that have poor warning properties at or are above their OEL’s, air-supplying
respirators should be utilized.
The District supervisors and employees, as well as contractors, should be able to recognize and correctly classify the
types and levels of airborne contaminants within a workplace, in order to select appropriate respiratory protection,
and to implement appropriate work procedures.
Where a District employee is conducting the work, either the direct supervisor or a competent employee will
implement the necessary respiratory protection control measures based on the contaminant(s) airborne concentration
and OEL.
Where an external contractor is conducting the work, the District will identify the airborne contaminant type and
level, and ensure that the protective measures implemented by the contractor provide an equal or greater level of
safety.
February 2019 RPECP 7
Worker Training and Fit Testing
All District employees who require respirators for their work must have training in a Respiratory Fit Testing and
Training Course conducted by the District that incorporates the following:
• Hazards
• Selection criteria
• Purpose, proper use, and limitations
• Cleaning, maintenance, and storage
• Donning and removal
• Fit testing and medical surveillance
• Familiarization with the Code of Practice
During training, all workers will be given a qualitative fit test for their respirator(s). A qualitative fit test is a pass/fail
method that relies on the subject’s sensory response to detect a challenge agent in order to assess the adequacy of
respirator fit. Please see attached for the Qualitative Fit Testing Form, which must be completed for all employees
who are required to wear a respirator.
Additionally, all workers will be trained in positive and negative fit testing, which shall be performed each time the
worker dons a respirator. The negative-pressure test consists of closing off the inlet of the canister, cartridges, or
filters by covering with the palms or replacing the seals, or by squeezing the breathing tube so that it does not pass
air. The worker then inhales gently so that the face piece collapses slightly. If the face piece remains slightly collapsed
while the wearer holds their breath for 10 seconds, and no leakage is detected, the respirator has a proper seal. This
test can only be used on respirators with tight-fitting face pieces. The positive-pressure test is conducted by closing
off the exhalation valve and exhaling gently into the face piece. The fit is considered satisfactory if slight positive
pressure can be built up inside the face piece without any evidence of outward leakage.
Training needs will be updated regularly, whenever different respiratory protective equipment is used, or when work
conditions change. Refresher training courses will be provided by the District every 2 years.
Contractors shall have their own respiratory protective equipment code of practice and have developed safe work
practices and procedures for their employees when performing work tasks requiring respiratory protection. As part
of the contract process contractors shall provide copies of their respiratory protective equipment code of practice and
employee safe work practices and procedures for using respiratory protection. They must also be familiar with the
District’s Respiratory Protective Equipment Code of Practice and applicable Health and Safety legislation. If there
is a variance between contractor and District expectations, the most stringent shall apply.
All respiratory protection training records will be retained for as long as the employee is expected to perform work
dealing with airborne hazards. Training records for District employees will be maintained by the Human Resources
Department.
Use, Care, and Maintenance of Respiratory Protective Equipment
Respiratory protective equipment works properly only when selected, used, maintained, and cared for in the proper
manner. Only approved respirators may be used. District employees shall follow the manufacturer’s specific
instructions for use, care, and maintenance of respiratory protection equipment.
February 2019 RPECP 8
Respirator users are responsible for ensuring the proper use, inspection, cleaning, and storage of their personal use
respirators as directed in the District training program. Respirators must be inspected before and after each use in
accordance with the manufacturer’s directions. Respiratory protective equipment that is not used routinely, but kept
ready for emergency situations, must be inspected once per month to verify it is in satisfactory working condition.
In order to ensure proper and effective seal, employees who are required to wear respirators must be clean-shaven
around the respirator seal area. Workers with facial hair, like beards, long sideburns, or even a two-day stubble may
not wear respirators because the hair breaks the seal between the skin and the respirator mask.
Respirators must be:
• Stored in a readily accessible location;
• Stored in a manner that prevents contamination, for example in a sealed plastic bag;
• Maintained in a clean, dry, and sanitary condition;
• Maintained and used according to the manufacturers specifications;
• Inspected after each use for damage or deterioration;
• Sanitized between uses, when more than one person is using it; and
• Replaced, including cartridges, canisters, or filters, that are near the end of their service life.
Worker Health Assessment
As part of the respirator fit-testing, workers must complete a health surveillance questionnaire to be reviewed by a
medical professional. A physician should examine the medical and psychological fitness of workers. This should be
done before they are assigned to complete work in areas where respirators may be required. The workers must be
physically fit to carry out the work while wearing respiratory equipment and be comfortable about wearing
respirators. Please see attached for a copy of the Health Screening Questionnaire.
Medical surveillance will be performed on workers who are assigned to wear respirators. The results of medical
surveillance will be reviewed by an Occupational Health Consultant and will adhere to the following system of
classification:
• No restrictions on respirator use;
• Respirator use recommended with the following restrictions: (list restrictions and state whether they are
temporary or permanent); and
• No respirator use under any circumstances.
Please see attached for a copy of Respirator Wearer’s Classification of Use form that must be filled out by an
Occupation Health Consultant.
All health screening questionnaires that identify potential concerns are forwarded to a medical professional for
review. Privacy of worker’s health information will be protected by the District and will only be forwarded to a
medical professional.
Documentation
Contractors will retain records of worker health assessment, respiratory fit testing and training, and records shall be
submitted to the Construction Department and Maintenance Department upon request. All records will be retained
for a minimum of three years.
February 2019 RPECP 9
Figure 1 – Choosing an Appropriate Type of Respiratory Protective Equipment
Immediately
Dangerous to
Life and Health
(IDLH)
Oxygen
Deficiency
OR Toxic
Contaminant
AIR-SUPPLYING TYPE
POSITIVE PRESSURE MODE
Self Contained Breathing Apparatus or
Oxygen
Deficiency
AIR-SUPPLYING TYPE
Positive-Pressure Mode or Demand Mode
Non-IDLH
Oxygen
Sufficient,
Toxic
Contaminant
Particulate
AND Gas or
Vapour
Air-Purifying Type with combination
particulate/chemical filter (‘N’, ‘P’, ‘R’) of
correct efficiency OR Air-Supplying Type
Gas or
Vapour
Air-Purifying Type with chemical cartridge or
canister OR
Air-Supplying Type
Particulate
Air-Purifying Type with combination particulate
filter (‘N’, ‘P’, ‘R’) of correct efficiency OR Air-
Supplying Type
Oxygen
Sufficient,
Non-Toxic
Contaminant
Particulate
Dust Mask (‘N’, ‘P’, ‘R’) of correct efficiency
HAZARD
February 2019 RPECP 10
Attachment I: Health Screening Questionnaire
This information is required to assess any medical conditions that you may have which would preclude the
wearing of a respirator. Further medical examination by a physician shall be required if this initial assessment
determines the need for medical clearance to wear a respirator. The information requested on this form is collected
under the authority of Section 33(c) of the Alberta Freedom of Information and Protection of Privacy Act for the
purpose of early illness intervention through medical surveillance. Questions about the collection, use or disposal of
this information should be directed to the Human Resources Department.
Check Appropriate Box – Explain “Yes” Answers YES NO Explanation
1. Do you have any type of lung problem, such as bronchitis,
emphysema, pneumonia, asthma, etc.?
2. If you have asthma, describe the severity of it. Is it
exercised induced? Do you take regular medications for
it?
3. Do you suffer from shortness of breath or have constant
coughing spells?
4. Do you have a latex allergy or sensitization?
5. Are you presently taking any medication that affects your
heart, lungs, or your ability to wear a respirator?
6. Is there any reason that you cannot shave to provide a
clean-shaven surface for sealing a respirator?
7. Do you have any concerns or other problems with wearing
a respirator?
8. Do you have any medical conditions that would preclude
you from the use of a respirator?
9. Are you currently a smoker?
I have answered the questions truthfully, to the best of my ability and knowledge. I agree to report to my physician,
department/supervisor, and Occupational Health and Safety of any change in my physical health that might affect
my ability to wear a respirator.
Signature – Respirator Wearer
Name (Printed): Worker contact Number:
Title: Department:
Signature: Date:
February 2019 RPECP 11
Attachment II: Respirator Wearer’s Classification of Use
Respirator Wearer’s Classification of Use
Last Name: First Name:
Driver’s License Number: Work Contact Number:
Department: Supervisor Name & Contact Number:
To be completed by Medical Professional upon review of the health survey questionnaire. The respirator
wearer’s classification of use is as follows:
Respirator Use Classification
Check
Box
Explain
No Restrictions on Respirator Use
Respirator Use Recommended with Restrictions
No Respirator Use Under any Circumstances
Undetermined – Further Medical Surveillance
Required
Additional Comments/Follow-up:
Signature – Medical Professional
Name (Printed): Date:
Signature:
February 2019 RPECP 12
Attachment III: Qualitative Respirator Fit Test Report
Subject’s Name:
Employer:
Address:
Postal Code: Phone:
Equipment:
• Half Mask
• Full Face
• Size: S M L OS
Make: Model:
Fitting:
• Positive Pressure Check
• Negative Pressure Check
Exercises:
• Normal breathing
• Turning head side to side
• Talking (rainbow passage)
• Deep Breathing
• Moving head up and down
• Bending over or jogging
Results:
Pass
Fail
The subject passed the fit test.
This test is valid for one year from the test date.
This face piece fit test is valid with any approved cartridge.
Subject Statement: I have been trained in the use of the respirator and I understand that my use of the
respirator must be in accordance with company work rules, manufacturer’s instructions, and CSA regulations.
Subject’s Signature: Date:
Testers Signature: Date:
February 2019 SCP 1
Code of Practice
Silica Code of Practice
Silica is the common name for a group of minerals made of silicon and oxygen, and can be found in most mineral
deposits in both crystalline and non-crystalline (amorphous) forms. Crystalline silica occurs in various forms,
including quartz, cristobalite and tridymite, and is the main concern when considering health effects.
Common materials that contain silica include:
• Rock and sand
• Topsoil and fill
• Concrete, cement, and mortar
• Masonry, brick, and tile
• Granite, sandstone, and slate
• Asphalt containing rock and stone
• Fibrous-cement board containing silica.
Silica is the primary component of many common construction materials, and as a result silica-containing dust can
be generated during many typical construction-related activities, which include:
• Abrasive blasting (e.g. of concrete structures)
• Jackhammering, chipping, or drilling of rock or concrete
• Cutting brick or tiles
• Sawing or grinding concrete
• Tuck point grinding
• Road construction
• Loading, hauling, and dumping gravel
• Demolition of structures containing concrete
• Sweeping concrete dust.
Unprotected workers performing these activities, or working in the vicinity, can be exposed to harmful levels of
airborne silica dust. As a result, the Alberta Occupational Health and Safety Code has established occupational
exposure limits (OEL) for various forms of silica. The form most likely to cause serious adverse health effects is
crystalline silica. The OEL for silica, Crystalline is 0.025 milligrams per cubic meter (mg/m3).
Exposure to crystalline silica dust particles has been linked to health problems such as silicosis. Silicosis results
from the fine silica particles being deposited in the lungs, causing thickening, and scarring of the lung tissue. A
worker may develop any of the three types of silicosis, depending on the concentrations of silica dust and the
duration of exposure:
• Chronic silicosis – develops after 10 or more years of exposure to crystalline silica at relatively low
concentrations.
February 2019 SCP 2
• Accelerated silicosis – develops five to 10 years after initial exposure to crystalline silica at high concentrations.
• Acute silicosis – develops within a few weeks to four to five years after exposure to very high concentrations
of crystalline silica.
Exposure to silica dust has also been linked to simple chronic bronchitis, cancers of the lungs, stomach, nose and
throat, tuberculosis, chronic obstructive pulmonary disease, and various autoimmune related diseases.
Regulations and Guidelines
In the province of Alberta, the Occupational Health and Safety Act, Regulation and Code is enforced by Alberta
Human Resources and Employment – Workplace Health and Safety. This legislation establishes the rights and
obligations of employers, workers, and the government, outlines the general requirements for employers, outlines
administrative and policy issues and contains detailed technical requirements that support the Occupational Health
and Safety Act, Regulation, and Code.
Table 2 in Schedule 1 of the Alberta Occupational Health and Safety Code lists the eight-hour OEL for respirable
crystalline silica of 0.025 mg/m3. This is a concentration to which a worker could be exposed to for eight hours a
day, five days a week, without adverse health effects. However, as a suspected carcinogen, crystalline silica is also
an ALARA (as low as reasonably achievable) substance and exposure must be reduced to levels as low as reasonably
achievable below the OEL.
If the work period is more than eight hours in a 24-hour day, the eight-hour OEL must be reduced by multiplying
the OEL limit by the following factors:
Factor Length of Work Period (in Hours)
0.7 More than 8, but not more than 10
0.5 More than 10, but not more than 12
0.25 More than 12, but not more than 16
0.1 More than 16
The Occupational Health and Safety Code (Part 4) requires the development, implementation, and
maintenance of an effective code of practice for the safe and responsible storage, handling, use and disposal
of silica-containing materials.
The District’s Silica Code of Practice addresses the following areas:
• Hazard Assessment
• Worker Training
• Work Classification
• Worker Protection
• Testing the Atmosphere
• Worker Health Assessment
• Retaining Records
February 2019 SCP 3
Hazard Assessment
The Occupational Health and Safety Code (Part 2) requires employers to assess a work site and identify existing or
potential hazards before work begins. A hazard assessment must be thorough and comprehensive and must ensure
that the hazards have not been missed or their importance underestimated. The employer must prepare a written
hazard assessment that provides the results of the assessment and specify methods that will be used to eliminate or
control the hazards. When practical, the workers shall be involved in this process.
Hazards shall be eliminated whenever it is reasonably practicable. If they cannot be eliminated, then engineering
controls, administrative controls, or Personal Protective Equipment must be used to control the hazards identified.
Engineering controls include such things as using less hazardous substitutes, installation of local ventilation,
installation of dust collection systems, dust control additives and enclosures around work processes.
Administrative controls include such things as establishing practices and procedures, health assessments and worker
training.
Personal Protective Equipment includes the use of respiratory protection, safety glasses, coveralls, and hearing
protection.
Hazard assessments for work sites should be periodically reviewed to ensure that the working conditions have not
changed to create additional hazards. This can be completed using a Task Hazard Analysis Form.
Worker Training
All District employees who are required to work with materials containing crystalline silica must receive training
on the District’s Silica Code of Practice. The content of the training program will consist of both general and site-
specific elements, including, but not limited to:
• Health hazards and potential risks of silica exposure.
• Nature of silica exposure (tasks, procedures, equipment, processes, and areas which could result in and/or
contribute to silica exposure).
• Method of assessing and evaluating silica exposure.
• Control of silica hazards, including engineering, administrative and Personal Protective Equipment.
• Safe work procedures for the handling, use, or release of silica.
• Personal hygiene procedures.
• Administrative process related to medicals, handling of confidential information, communication, and follow-
up.
Contractors shall have their own silica code of practice and have developed safe work practices and procedures for
their employees when performing work tasks dealing with materials containing crystalline silica. As part of the
contract process contractors shall provide copies of their silica code of practice and employee safe work practices
and procedures for working with or around materials containing silica. They must also be familiar with the District’s
Silica Code of Practice and applicable Health and Safety legislation. If there is variance between contractor and
District expectations, the most stringent shall apply.
February 2019 SCP 4
All silica training records will be retained for as long as the employee is expected to perform work dealing with
materials containing silica. Training records for District employees will be maintained by the Human Resources
Department.
Work Classification
A key feature of this code of practice is the classification of work. This classification system allows the
determination of appropriate respirators, measures and procedures that should be followed to protect the worker
from silica dust exposure. Construction-related operations can be classified into three groups: Type 1, Type 2, and
Type 3 operations, and are based on the relative level of risk for each type of construction activity.
Type 1 Operations:
• Inspections inside areas where the worker may be exposed to silica.
• The drilling of holes in concrete or rock that is not part of a tunneling operation or road construction.
• Milling of asphalt from concrete highway pavement.
• Charging mixers and hoppers with silica sand or silica flour consisting of at least 95% silica.
• Entry into a dry mortar removal or abrasive blasting area while airborne dust is visible for less than 15 minutes
for inspection and/or sampling.
• Working within 25 metres of an area where compressed air is being used to remove silica-containing dust
outdoors.
• Any other operation at a work site that requires the handling of silica-containing materials in a way that may
result in a worker being exposed to airborne silica dust.
Type 2 Operations:
• Removal of silica-containing refractory materials with a jackhammer.
• The drilling of holes in concrete or rock that is part of a tunneling or road construction.
• The use of a power tool to cut, grind or polish concrete, masonry, terrazzo, or refractory materials.
• The use of a power tool to remove silica-containing materials.
• Tunneling, including the operation of the tunnel boring machine, tunnel drilling, and tunnel mesh installation.
• Tuckpoint and surface grinding.
• Dry mortar removal with an electric or pneumatic cutting device.
• Dry method dust cleanup from abrasive blasting operations.
• The use of compressed air outdoors for removing silica dust.
• Entry into an area where abrasive blasting is being carried out for more than 15 minutes
Type 3 Operations:
• Abrasive blasting with an abrasive that contains 1% or more silica.
• Abrasive blasting of a material that contains 1% or more silica.
The District supervisors and employees, as well as contractors, should be able to recognize and correctly classify
the types of operations carried out in the workplace, in order to select appropriate Personal Protective Equipment,
and to implement appropriate work procedures and dust control measures.
February 2019 SCP 5
Where a District employee is conducting the work, either the direct supervisor or a competent employee will
implement the necessary control measures based on the work activity operation type.
Where an external contractor is conducting the work, the District will classify the type of operation being performed
and ensure that the protective and control measures implemented by the contractor provides an equal or greater
level of safety.
Worker Protection
Personal Protective Equipment
All District employees who are required to work with materials containing silica must utilize proper Personal
Protective Equipment, including, but not limited to, respiratory protection, safety glasses and protective coveralls.
Additionally, cleaning facilities must be utilized for workers to wash exposed areas (i.e. face and hands) prior to
leaving the work site and/or prior to eating, drinking, or smoking. Protective coveralls shall be removed and stored
at the work site to decrease the chance of workers contaminating areas outside the work site.
The type of respirator used by the worker is based on the type of operation being performed in the work area. The
table below lists the minimum respiratory protection to be utilized for each operation type.
Operation Type Minimum Respiratory Protection
Type 1 Half-mask air purifying respirator equipped with 100 series HEPA filters
Protection Factor = 10
Type 2 Full-face air purifying respirator equipped with 100 series HEPA filters
Protection Factor = 100
Type 3 Full-face supplied-air helmet or hood respirator with a neck shroud,
operated in continuous-flow mode
OR
Powered air purifying respirator (PAPR) with 100 series HEPA filters
Protection Factor = 1000
Dust Control
Effective control options must be used to eliminate or reduce the risk to workers from the hazards of silica dust
exposure. The following hierarchy of control measures must be followed:
• Eliminate/substitution (e.g. using products with less silica or using work methods that would eliminate the need
for surface grinding).
• Engineering controls (e.g. water, local exhaust ventilation, work area enclosure).
• Administration controls (e.g. coordination of tasks with subcontractors, signage).
• Personal Protective equipment (e.g. coveralls, respiratory protection).
February 2019 SCP 6
Where a District employee is only conducting observation tasking and/or walking through sites where silica dust is
prevalent, the employee will adhere to the Lockout/Tagout safe work procedures and equip themselves with the
required Personal Protective Equipment.
Contractors Responsibilities
The classification of the operation will specifically direct contractors to use the best control technology available
for the task and circumstance. In cases where the project has the potential to release an unusually high amount of
dust, and all parties involved are unsure of the adequacy of their control measures, the District will conduct air
sampling in order to ensure that control methods are effective in protecting the workers within the work site and
those in surrounding areas.
Testing the Atmosphere
Atmospheric testing in a work site where silica-containing materials are being used or disturbed, or where there is
visibly an accumulation of airborne dust, should be conducted when the worker has reasonable concerns about the
exposure level within the work area. When this occurs, the worker should not enter the work area until given
clearance by their supervisor or until testing is completed by a competent person. The person measuring the airborne
concentration for the purposes of complying with the eight-hour OEL of 0.025 mg/m3 must make measurements in
accordance with one of the following:
• The NIOSH Manual of Analytical Methods, 4th Edition (August 1994), published by the United States
Department of Health and Human Services, as amended up to and including the 2nd supplement (January 15,
1998),
• Sampling and Analytical Methods published by the U.S. Occupational Safety and Health Administration,
• Methods for the Determination of Hazardous Substances guidance published by the Health and Safety
Executive of Great Britain,
• EPA Test Methods published by the U.S. Environmental Protection Agency (EPA),
• Workplace Air Contamination Sampling Guide published by the Institute de Recherché Robert-Sauvé en Santé
et en Sécurité du Travail (IRRSST),
• ISO Standards and Guides of Air Quality published by ISO Technical Committee TC146, or
• Analyses of Hazardous Substance in Air/DFG Deutsche Forschngsgemeinschaft – Commission for the
Investigation of Health Hazards of Chemical Compounds in the Work Area.
Work in a work area must not commence or continue until measured airborne concentrations are below the
occupational exposure limit or until controls are implemented which protect the workers from exposure.
All measurement results shall be recorded and retained by the District for three years from the date on which the
measurements were taken.
Worker Health Assessment
As defined in the Occupational Health and Safety Code, an exposed worker is a worker who may, reasonably, be
expected to work in a restricted area at least 30 work days in a 12-month period. For an exposed worker who may
be exposed to silica, a health assessment must be performed not more than 30 days after the worker becomes an
February 2019 SCP 7
exposed worker, and then every two years after the first health assessment. The health assessment must be
completed by a health professional and the assessment record must include:
• the identity of the worker and the employer;
• the date of the medical examination, chest x-ray and spirogram;
• a 35 centimetre by 43 centimetre posteroanterior view chest x-ray, including a radiologist’s report;
• a spirogram, conducted by a pulmonary function technician, including determinations, or forced expiratory
volume in the first, second and forced vital capacity;
• a history covering:
o occupational exposures to asbestos, silica, coal dust or other industrial dusts and carcinogens,
o significant exposures to asbestos, silica, coal dust, other dust, and carcinogens during non-work-related
activities,
o significant symptoms that may indicate silicosis, pneumoconiosis, asbestosis, or cancer,
o past and current medical diagnoses of respiratory disease, and
o the worker’s smoking history.
• a written interpretation and explanation of the results of the assessment by a physician, with particular reference
to the worker’s exposure to airborne substances.
The physician carrying out the health assessment must ensure that the records of the health assessment are kept for
not less than 30 years.
Retaining Records
Contractors will retain records of atmospheric testing data and other applicable information related to work sites
dealing with crystalline silica and records shall be submitted to the Construction Department and Maintenance
Department upon request. All records will be retained for a minimum of three years.
February 2019 AMCP 1
Code of Practice
Asbestos Management Code of Practice
Asbestos
Asbestos is the common name given to a family of naturally occurring mineral silicates that are composed of fibres.
The most common types of asbestos that have had significant use include chrysotile, amosite, and crocidolite.
Asbestos was used extensively prior to 1985 because of its valuable reinforcing, insulating, fire-proofing and
corrosion-resisting properties. It was used in various building materials including floor coverings, ceiling tiles,
cement pipes and sheeting, decorative and acoustical coatings, mechanical equipment insulation and fire-proofing
materials. Since 1985 asbestos-containing materials have not been used in the construction of school facilities.
Intact and undisturbed asbestos-containing materials present no health hazard. With proper management
of asbestos-containing materials, the release of asbestos fibres is prevented or minimized, and the risk of
disease as a result of exposure to asbestos fibres is negligible.
Prolonged exposure to high concentrations of asbestos fibres has been linked to health problems such as
asbestosis (scaring of the lungs), lung cancer, mesothelioma (rare cancer of the lining of the chest or abdomen) and
other cancers.
Regulations and Guidelines
In the province of Alberta, the Occupational Health and Safety Act, Regulation and Code is enforced by Alberta
Human Resources and Employment – Workplace Health and Safety. This legislation establishes the rights and
obligations of workers, employers, and the government, outlines the general requirements for employers, outlines
administrative and policy issues and contains detailed technical requirements that support the Occupational Health
and Safety Act, Regulation, and Code.
The Occupational Health and Safety Code (Part 4) requires the development, implementation, and maintenance of
an effective code of practice for the safe and responsible management of asbestos-containing materials.
The District’s Asbestos Management Plan addresses the following areas:
• Management Options.
• Identification of Asbestos-containing Materials.
• Procedures and Protocols for Staff.
• Communication Process.
• Renovation and Maintenance Projects.
Asbestos Management Plan
The District’s Asbestos Management Plan follows an acceptable industry standard, and is intended to protect the
wellbeing of employees, students and others by meeting or exceeding all the requirements of Occupational Health
and Safety legislation. This includes the selection of the most appropriate asbestos management option, the
prevention of asbestos fibre release and the proper disposal of all asbestos waste.
February 2019 AMCP 2
Management Options
The asbestos management options that are available to the District are as follows:
Removal – Asbestos-containing material is completely taken out of a facility.
• Removal shall be the only management option if:
o the facility is to be demolished.
o required by building codes.
o the type of asbestos is crocidolite (highly friable form of asbestos).
• Removal shall be the preferred management option if:
o planned work cannot be completed without disturbing the asbestos-containing materials.
o friable asbestos-containing materials are easily accessed by students, staff, and others.
Encapsulation – Asbestos-containing material is coated with a sealant. The sealant penetrates and hardens the
material or covers the surface of the material with a protective coating. All encapsulated materials shall be routinely
inspected for deterioration or damage though the annual site inspection process and/or by the District Occupational
Health and Safety Officers.
• Encapsulation shall only be used as a temporary management option dependent on the condition of the material.
• Encapsulation shall be limited to asbestos-containing materials that:
o will not be subject to further damage by any contact.
o are capable of supporting the additional weight of the sealant.
• Encapsulation shall not be used:
o where the surface of the asbestos-containing materials is highly friable.
o if the fire rating of the asbestos-containing material would be compromised.
Enclosure – Asbestos-containing material is separated from the facility environment by appropriate barriers. All
enclosures shall be systematically inspected for deterioration or damage on an annual basis.
• Enclosure shall not be used in areas where students, staff and others may impact the integrity the enclosure.
• Access behind enclosed locations containing asbestos materials will be restricted to appropriately trained
employees.
Manage-in-place – Asbestos-containing material is maintained “as is”. All manage-in-place materials shall be
systematically inspected for deterioration or damage on an annual basis.
Manage-in-place shall be the preferred management option if the asbestos-containing materials are in good
condition and pose no significant risk to students, staff, and others.
The District has made the decision to only use removal, enclosure, or manage-in-place as options in its facilities.
February 2019 AMCP 3
Asbestos Management Considerations
Once a material has been identified as being asbestos-containing, the management option selected will be
determined by the District Health and Safety Officers and depends on one or more of the following factors:
• Condition
An assessment of the condition of asbestos-containing materials considers the quality of the installation,
adhesion to the underlying substrate, deterioration, and damage.
• Friability
Asbestos-containing materials that can be crumbled, pulverized, or reduced to dust by hand pressure are
friable and have a greater potential for asbestos fibre release.
• Accessibility
Asbestos-containing materials that can be easily accessible are subject to accidental or intentional contact or
damage.
• Activity and movement
Contact with or damage to asbestos-containing materials may be caused by air movement, facility vibration
(from equipment or any other source), or activity and movement of facility occupants.
• Exposed surface area
The exposed surface area of asbestos-containing materials affects the potential for asbestos fibre release and
the potential for contact or damage.
• Asbestos content
Asbestos-containing materials with higher percentages of asbestos have a greater potential for asbestos fibre
release.
• Water damage
Water can dislodge, delaminate, and disturb asbestos-containing materials that are in otherwise
good condition. Water can carry asbestos fibres to other areas and cause release of the asbestos fibres after
evaporation.
• Air plenum or direct air stream
If asbestos-containing materials are located in an air plenum or direct air stream, asbestos fibres may be
carried by ventilation throughout a facility.
• Cost Efficiencies
If more than one management option is acceptable, the cost efficiencies of each option will be considered.
When possible, removal will be the preferred option.
Identification of Asbestos-containing Materials
The District’s Health and Safety Officers conducted an audit of all pre-1985 District facilities, including portable
classrooms, to inventory asbestos-containing materials that could be identified through a visual inspection process.
An inventory (Scope of Asbestos-containing Material Survey) has been developed for each of these facilities, along
with a floor plan map showing where asbestos-containing materials are located. This information is provided to
principals and non-school based department heads, who in turn, shall share this information with their staff.
It will be critical that this information be kept current. As alterations are made to District facilities, any changes to
the state of asbestos-containing materials must be brought to the attention of the District Health and Safety Officers.
Once provided with this information, the District’s Health and Safety Officers can ensure that the Scope of Asbestos-
containing Materials Survey and relevant maps are kept current.
February 2019 AMCP 4
Procedures and Protocols for Staff
District employees must not do anything to disturb asbestos-containing materials. When an employee has concerns
that asbestos-containing materials have been compromised, they should complete a Hazard Report and submit it
through the Electronic Accident Reporting System (EARS). Such Hazard Reports should result in a System Service
Request (SSR) being submitted by administration.
Certified asbestos abatement contractors, approved by the District, are to be used when removing any asbestos-
containing materials. These contractors must follow all requirements of the Alberta Occupational Health and Safety
Act, Regulation and Code and the Alberta Asbestos Abatement Manual. The District also contracts for, or ensures
that, an approved external environmental health and safety consultant monitors the air quality at any site where
asbestos-containing materials are being removed. The District will also ensure that the consultant completes site
inspections and a review of the asbestos abatement contractor’s required documentation. Any air quality reports
produced by the consultant will be shared with the principal or non-school based department head. When
appropriate, this information will in turn be shared with staff.
The District has provided asbestos awareness programs for caretaking staff since 2003 to assist these employees in
identifying any concerns in their facilities related to asbestos-containing materials. These individuals are often in
the best position to identify areas of concern and should be consulted if concerns arise.
The annual Work Site Inspection process is another means of identifying the possible deterioration of asbestos-
containing materials in a facility. Reference should be made to the Scope of Asbestos-containing Materials Survey
and relevant floor plan map.
If an accidental release of asbestos fibres should occur, the following protocols should be followed according
to the severity of the release.
Minor Releases of asbestos fibres could result from such things as a crack in an asbestos pipe sleeve, broken
asbestos-containing floor tile, etc.
• Area should be isolated (approximately one metre around material).
• Hazard Report should be completed and coded medium hazard on the (EARS). This will ensure that all such
releases are recorded on a District basis. A District Health and Safety Officer should be notified of the situation
by telephone.
• Asbestos-containing material should only be removed by a certified abatement contractor. Air quality testing
will be conducted as required.
• Minor releases do not require the notification of all staff.
Major Releases of asbestos fibres could include such things as a portion of a ceiling falling, structural compromise
due to fire, water, etc.
• Evacuate area and control access to the area.
• Immediately have caretaking staff shut off ventilation to prevent migration of fibres to other areas of the facility.
• Immediately notify the office of the Superintendent, Support Services.
• Hazard Report should be completed and coded high hazard on the EARS program.
• Asbestos-containing material should only be removed by a certified abatement contractor. Air quality testing
will occur in these situations.
• All staff in the facility should be informed of the situation and the actions which will be taken.
February 2019 AMCP 5
Communication
It is essential that general information regarding asbestos and the District’s Asbestos Management Plan be shared
with employees and long-term service contractors. Employees should also be made aware of the scope of asbestos-
containing materials present in the facility in which they work. Any employee who has questions related to the
District’s Asbestos Management Plan should direct questions through their principal or non-school based
department head to the District’s Health and Safety Officers. Long-term service contractors must also be provided
with a Scope of Asbestos-Containing Materials Survey for the District facility in which their employees work.
Renovation and Maintenance Projects
District Construction and Maintenance Department staff and the prime contractor on a renovation or maintenance
project must conduct an assessment for asbestos-containing materials that may potentially impact the project. This
assessment will occur prior to the commencement of any work, and will ideally occur during the planning phases
of the project. This assessment must not only address asbestos-containing materials identified through the District’s
visual inspection process, but also potential asbestos-containing materials enclosed in areas that may be impacted
by the project.
Certified asbestos abatement contractors, approved by the District, are to be used when removing any asbestos-
containing materials. These contractors must follow all requirements of the Alberta Occupational Health and Safety
Act, Regulation and Code and the Alberta Asbestos Abatement Manual. The District will contract an approved
external environmental health and safety consultant who will monitor the air quality at any site where asbestos-
containing materials are being removed. The consultant will also conduct site inspections and a review of the
asbestos abatement contractor’s required documentation. Any air quality reports produced by the consultant will be
shared with the District Health and Safety Officers, who will in turn share them with the principal or non-school
based department head.
Prior to commencing the removal of asbestos-containing materials, relevant District staff, including those whose
work area is being impacted, must be informed of the nature of the project and the procedures being put in place to
protect them while work is in progress.
February 2019 AMCP 6
Attachment I - Asbestos Questions and Answers What is asbestos?
Asbestos is the common name given to a family of naturally occurring mineral silicates that are composed of
fibres. The most common types of asbestos that have had significant use include chrysotile, amosite, and
crocidolite.
Why was asbestos used?
Asbestos was used extensively prior to 1980 because of its valuable reinforcing, fire-proofing, insulating, and
corrosion-resisting properties. It was used in various building materials including floor covering, ceiling tile,
cement pipe and sheeting, decorative and acoustical coatings, mechanical equipment insulation, and fire-proofing
materials.
What are the health hazards associated with asbestos?
Prolonged exposure to high levels of asbestos fibres has been linked to such health problems as asbestosis
(scarring of the lungs), lung cancer, mesothelioma (rare cancer of the lining of the chest or abdomen), and other
cancers. These diseases do not develop immediately after asbestos fibre exposure. It may be 20 years or more
before symptoms appear.
Is there any legislation regarding asbestos?
Alberta Human Services, Occupational Health and Safety regulates work with asbestos through the Occupational
Health and Safety Act, Regulation and Code and the Alberta Building Code. The legislation provides specific
requirements for asbestos removal including air monitoring, project notification, and worker training and
certification.
Is it safe to be in a building that contains asbestos?
YES. Industry standards have determined that intact and undisturbed asbestos presents no health hazard. With
proper management of asbestos, the release of asbestos fibres is prevented or minimized, and the risk of disease as
a result of exposure to asbestos fibres is negligible.
What is the District’s approach to asbestos management?
The District has made the decision to only use removal, enclosure, or manage-in-place as options in its facilities.
Removal – Asbestos-containing material is completely taken out of a facility.
Enclosure – Asbestos-containing material is separated from the facility environment by appropriate barriers. All
enclosures shall be systematically inspected for deterioration or damage on an annual basis.
Manage-in-place – Asbestos-containing material is maintained “as is”. All manage-in-place materials shall be
systematically inspected for deterioration or damage on an annual basis.
February 2019 AMCP 7
As part of the District Asbestos Management Plan an inventory (Scope of Asbestos-containing Materials Survey)
has been developed for each facility along with a floor plan showing where asbestos-containing materials are
located. Ongoing inspections of District facilities will help to ensure that the integrity of asbestos-containing
materials has not been compromised.
Is it safe to remove asbestos during the school year?
YES. Asbestos removal work during the school year is completed while the facility is unoccupied (evenings,
weekends, breaks). Employees and students are not allowed to return to the removal area and/or facility until air
quality testing indicates that it is safe to do so. All asbestos removal work is completed in accordance with all
requirements outlined in the Alberta Human Services, Occupational Health and Safety, Alberta Asbestos
Abatement Manual.
What do I do if I have a question or concern about asbestos in my workplace?
Discuss the question/concern with your school administrator. School administration may call upon the resources
and expertise of District Health and Safety Officers. Additional information regarding asbestos and asbestos
removal may also be obtained from the current Alberta Asbestos Abatement Manual.